The document describes Pronema's insulated module solution for improving home thermal and acoustic insulation. Key points include:
1) Insulated modules replace traditional frames and subframes, ensuring no gaps or thermal bridges between walls and windows to avoid heat loss.
2) Modules are made from materials like EPS, XPS, fibre cement and plywood to create a highly insulated compact volume with a very low K-value.
3) Modules provide significant savings on heating and cooling costs through higher efficiency, potentially offsetting their cost within a few years.
The updated catalogue of Ventilated Facade Systems Catalogue, suitable for most of the available cladding materials for building envelopes.
ETEM is a leading aluminium extrusion company. It was founded in 1971 as a part of the largest metal manufacturing holding on the Balkans.
With over 40 years of experience, ETEM is a fully integrated designer and producer of architectural systems and aluminium profiles for industrial applications.
Our mission is to listen and promptly respond to our customers’ requests and design and manufacture aluminium products and systems, taking into consideration technical and aesthetic requirements.
ETEM focuses on sustainable development and has proven its concern about the protection of the natural environment, by making considerable investments in anti-pollution measures and by optimizing production processes, following the applicable standards of the European Union.
With the façade embodying up to 35% of the construction costs as well as being hugely accountable for the buildings' response to climate change, it has never been so important to understand which façade solutions deliver not only a cost effective and sustainable façade, but also one that is aesthetically pleasing and technically performing.
Double envelopes, also known as double facades, are building facades with multiple layers or skins. They are used to maximize daylighting while controlling solar gain and temperature. There are four main types of double envelope configurations: box windows, corridor facades, multi-story facades, and shaft boxes. Double envelopes provide benefits like increased insulation, natural ventilation, and shading/sun control. Their performance must be considered in the context of a specific building and climate. Case studies demonstrate how double envelopes allow interior control of light and views while providing energy benefits.
Double skin façades. Almost a self-explanatory name for façade systems consisting of two layers, usually glass, wherein air flows through the intermediate cavity. This space (which can vary from 20 cm to a few meters) acts as insulation against extreme temperatures, winds, and sound, improving the building's thermal efficiency for both high and low temperatures.
Credit :
Danish Pathan
Imran Inamdar
Qais Patel
Simran Patel
Tehlil Tamboli
Afshan Saudagar
Ubed Ali Sayyed
Omkar Salkar
Taher Ajmerwala
Danish Sheikh
A facade is generally the exterior front of a building. The word comes from the French meaning "frontage" or "face". A facade can include the front, sides, and rear of a building. Glazing refers to glass used in walls, windows, and doors, and is installed by glaziers. Common types of glazing include curtain walls, structural glazing, skylights, and doors. Facade design considers factors like the building height, location, and span of glass panels.
This document discusses fenestration, which refers to the arrangement and design of windows in a building. It covers the fundamentals of fenestration including the need for windows and their impact on the environment. Factors that affect daylight performance like building orientation, window type and glass type are examined. Various window types like sash, casement, jalousie and their materials are described. Emerging glazing technologies like vacuum insulating glass and electrochromic glass are also outlined. Double-paned glass is discussed as providing improved thermal insulation. The document acknowledges professors and classmates who contributed to the writer's learning.
Modern glass facades are an expression of contemporary architecture. Glass ensures plenty of natural
daylight, which has a direct positive influence on well-being and quality of life. However, large areas of glass
may also give rise to undesirable heat build-up in summer. solar control insulating glasses permit optimum
use of the natural light source and can also prevent solar energy causing excessive increases in room
temperatures. With solar control glasses, the indoor climate remains pleasant and comfortable even in
summer while energy costs for air-conditioning are also reduced. These interrelated functions optimise the
overall energy management of buildings in a cost-effective way.
Fire king india high temperature thermal insulationVINODSHARMA459
Complete Range of Thermal Insulation Materials
Finding a most effective insulation material with high insulation performance (lowest thermal conductivity), high mechanical strength, high service
temperature, extremely user friendly, and lowest cost is almost impossible because all these parameters affect each other. However, thanks to the
high temperature insulation technologies making available a wide range of insulation materials and it is possible to find most suitable insulation
material that can achieve optimized performance targets.
The updated catalogue of Ventilated Facade Systems Catalogue, suitable for most of the available cladding materials for building envelopes.
ETEM is a leading aluminium extrusion company. It was founded in 1971 as a part of the largest metal manufacturing holding on the Balkans.
With over 40 years of experience, ETEM is a fully integrated designer and producer of architectural systems and aluminium profiles for industrial applications.
Our mission is to listen and promptly respond to our customers’ requests and design and manufacture aluminium products and systems, taking into consideration technical and aesthetic requirements.
ETEM focuses on sustainable development and has proven its concern about the protection of the natural environment, by making considerable investments in anti-pollution measures and by optimizing production processes, following the applicable standards of the European Union.
With the façade embodying up to 35% of the construction costs as well as being hugely accountable for the buildings' response to climate change, it has never been so important to understand which façade solutions deliver not only a cost effective and sustainable façade, but also one that is aesthetically pleasing and technically performing.
Double envelopes, also known as double facades, are building facades with multiple layers or skins. They are used to maximize daylighting while controlling solar gain and temperature. There are four main types of double envelope configurations: box windows, corridor facades, multi-story facades, and shaft boxes. Double envelopes provide benefits like increased insulation, natural ventilation, and shading/sun control. Their performance must be considered in the context of a specific building and climate. Case studies demonstrate how double envelopes allow interior control of light and views while providing energy benefits.
Double skin façades. Almost a self-explanatory name for façade systems consisting of two layers, usually glass, wherein air flows through the intermediate cavity. This space (which can vary from 20 cm to a few meters) acts as insulation against extreme temperatures, winds, and sound, improving the building's thermal efficiency for both high and low temperatures.
Credit :
Danish Pathan
Imran Inamdar
Qais Patel
Simran Patel
Tehlil Tamboli
Afshan Saudagar
Ubed Ali Sayyed
Omkar Salkar
Taher Ajmerwala
Danish Sheikh
A facade is generally the exterior front of a building. The word comes from the French meaning "frontage" or "face". A facade can include the front, sides, and rear of a building. Glazing refers to glass used in walls, windows, and doors, and is installed by glaziers. Common types of glazing include curtain walls, structural glazing, skylights, and doors. Facade design considers factors like the building height, location, and span of glass panels.
This document discusses fenestration, which refers to the arrangement and design of windows in a building. It covers the fundamentals of fenestration including the need for windows and their impact on the environment. Factors that affect daylight performance like building orientation, window type and glass type are examined. Various window types like sash, casement, jalousie and their materials are described. Emerging glazing technologies like vacuum insulating glass and electrochromic glass are also outlined. Double-paned glass is discussed as providing improved thermal insulation. The document acknowledges professors and classmates who contributed to the writer's learning.
Modern glass facades are an expression of contemporary architecture. Glass ensures plenty of natural
daylight, which has a direct positive influence on well-being and quality of life. However, large areas of glass
may also give rise to undesirable heat build-up in summer. solar control insulating glasses permit optimum
use of the natural light source and can also prevent solar energy causing excessive increases in room
temperatures. With solar control glasses, the indoor climate remains pleasant and comfortable even in
summer while energy costs for air-conditioning are also reduced. These interrelated functions optimise the
overall energy management of buildings in a cost-effective way.
Fire king india high temperature thermal insulationVINODSHARMA459
Complete Range of Thermal Insulation Materials
Finding a most effective insulation material with high insulation performance (lowest thermal conductivity), high mechanical strength, high service
temperature, extremely user friendly, and lowest cost is almost impossible because all these parameters affect each other. However, thanks to the
high temperature insulation technologies making available a wide range of insulation materials and it is possible to find most suitable insulation
material that can achieve optimized performance targets.
This document provides an overview and installation guide for Winter Panel structurewall panel systems. It discusses foundations, floor decks, wall panels, door and window openings, roof panels, and completing the building enclosure. The guide emphasizes proper moisture management techniques and provides numbered step-by-step installation sequences accompanied by detailed illustrations. It is intended for experienced builders and assumes a basic knowledge of construction practices.
The document provides details on the construction of a building using structural glazing and a green roof system. It includes specifications for a precast concrete hollowcore floor slab, rigid insulation, screed, column, paving, and other flooring elements on the ground level. Above this, it describes the use of structural glazing panels supported by steel brackets, plates, and clamps along with insulation and sealants. A green roof system is installed above this consisting of a vapor barrier, growing medium, drainage layer, insulation, and ballasted roof membrane. Removable aluminum and steel components are included to allow access for repair and maintenance of the structural glazing.
This document provides details on the manufacturing processes of various building facade materials including low-e coated glass, stainless steel cladding, and terracotta panels. It also summarizes case studies of two buildings - 100 Eleventh Avenue and 200 Eleventh Avenue in New York City that utilized these materials. The document outlines the advantages and disadvantages of each material and their fabrication processes to inform best practices for facade design and construction.
This document provides an overview of insulation and fire protection. It discusses what insulation is, the different types of insulation like spray foam, rigid panels, and loose fill, and how they provide thermal and sound insulation. It also examines fire protection, defining it as measures to prevent uncontrolled fires from spreading and outlines common fire causes like electrical faults, smoking, and flammable liquids. The effects of fires are described along with precautions like fire extinguishers, smoke alarms, and means of escape. Equipment to control fires is listed.
Windows serve several important purposes in buildings. They allow natural light and ventilation which saves on electricity costs while improving air quality. Windows also provide architectural design elements and can enhance quality of life. There are various common types of windows including casement, double hung, pivoted, sliding, sash/glazed, metal, corner/glass-to-glass, gable, dormer, bay and clerestory windows, and skylights - each with their own characteristics, advantages, and disadvantages for different applications.
The common energy-efficient methods for aluminum alloy windows and glass curtain walls are as follows:
Glass energy efficient method
Aluminum alloy thermal-insulating profile energy efficient method
Double (multi) layer structure system energy efficient method
Solar Shading system energy efficient method
Point support glass curtain wall energy efficient method
This document provides information on various thermal insulation materials, including their densities, thermal conductivity, water vapor permeability, and specific heat. Some of the materials discussed include aluminum, cork, cotton, arlita, spelt, linseed, cereal pellets, hemp, wood chips, cellulose, fiberboard, woodwool, coconut coir, reeds, rockwool, sheep's wool, expanded glass, expanded polystyrene foam, and cellulosic foam. For each material, the relevant thermal properties are given. A wide range of natural and man-made materials are examined as options for insulating buildings and reducing thermal transfer.
What is heat insulation broken bridge aluminium profileOlivia Turner
Heat insulation broken bridge aluminium is also called broken bridge aluminium, insulating aluminium profiles, whose both sides are aluminium alloy, and plastic profiles are in cavity playing a part of thermal insulation, it is vividly said as a “bridge” ( as shown in figure). This innovative structural design, combing the advantage of both of PVC and aluminium alloy, satisfy the adornment effect and the strength requirements.
This document provides details of the plans for retrofitting an existing apartment building in Dublin to meet Passivhaus energy standards. It includes floor plans and sections showing the proposed design with increased insulation, airtightness and mechanical ventilation. Technical specifications are given for the insulation levels and materials used in the walls, roof, floors and balconies to achieve ultra-low heat loss. The retrofit aims to significantly improve the building's energy efficiency from its current low rating.
Ducts carry cooled or heated air through a home's HVAC system and remove stale air. There are several types of ducts including sheet metal, fiberglass lined, fiberboard, and flex ducts. Sheet metal ducts are the most durable but fiberglass lined and fiberboard ducts provide insulation and sound dampening. Flex ducts are best for tight spaces but can kink. Getting your ducts assessed can help determine if an upgrade is needed.
The document describes a 6-step process for applying an external thermal insulation system. Step 1 involves placing an aluminum holding rail around the building. Step 2 applies adhesive to thermal insulation boards. Step 3 attaches the boards from bottom to top using the holding rail. The system saves energy by reducing the need for heating and cooling. It also helps the environment by lowering carbon dioxide and other pollutant emissions from energy production. Multiple advantages include saving money on energy costs and contributing to environmental protection.
FILM PLASTIC GREEN HOUSE-GLASS HOUSE- GREEN HOUSE WITH DOUBLE LAYER COVERINGAsish Benny
This document discusses different types of greenhouse coverings including glass, plastic films, and double layer options. Glass greenhouses can be made with annealed, tempered, or laminated glass but have higher costs. Film plastic like polyethylene is a common low-cost option in India. Double layer coverings provide improved insulation over single layers. Gutter-connected and quonset designs are described for plastic film structures.
This document summarizes information about two residential building facade systems. It describes the 200 11th Avenue building in New York which uses a stainless steel and terracotta panel facade. Key details about the angel hair stainless steel and ceramic-clad terracotta plinth are provided. The 100 11th Avenue building is also summarized, including its use of a low-e glass system and details about low-e glass, mega panel clips, and the tilting glass panels creating a glistening effect. Advantages and disadvantages of the materials used for both buildings are listed.
Different Types of Insulation: Their Advantages and DisadvantagesDixie Foam
How many types of insulation do you know? One? Two? As a homeowner, you need to know more about the types of insulation and their advantages and disadvantages. You may also contact an insulation contractors Mississippi to know more. - http://www.dixiefoamllc.com/
The document provides details on the construction of a building project. It discusses the site and safety plans, preliminary work including site layout and earthworks, the foundation including the type of foundation and construction process, the superstructure including beams, columns, slabs and walls, doors and windows, and the roof including the type of roof and construction process. Site visits are an important part of understanding how theoretical construction knowledge is applied in practice. Safety is the primary concern on construction sites.
This document provides information on various sound insulation materials, including their characteristics, pricing, sizes, and intended uses. Glass mineral wool is made from recycled glass, limestone and soda ash to form fine strands that are bound together. It has good tear strength and is lightweight with low environmental impact. Rock mineral wool is made from volcanic rock and recycled slag, and has high compressive strength. It can be used for thermal insulation and fire protection. Foamed plastics like extruded polystyrene are made through an extrusion process and have high compressive strength, water resistance and freeze-thaw performance. Products like Quiet Batt and Studio Pro are high-performance sound absorbing insulation materials used residentially and commercially.
Performance Summary of Autoclaved Aerated ConcreteBENAY MUNDA
Autoclaved aerated concrete (AAC) is a lightweight, energy efficient building material made from fly ash, cement, lime and water with an aerating agent. It has many closed air pockets that provide good thermal insulation and soundproofing. AAC is easy to cut and install, fire resistant, termite proof, and more environmentally friendly than other building materials like concrete. It reduces construction costs and the energy needs of completed buildings.
This document promotes Welltherm infrared heating panels. It describes their key benefits such as creating a natural, healthy indoor environment through infrared radiation. The panels are customizable in terms of size, power output, voltage, temperature and surface finish/design options. They provide a flexible, sustainable and efficient heating solution that does not produce emissions or noise. Customers can choose from standard sizes and finishes or customize the panels' appearance through image, color, or blackboard options.
Technical details of Energy Efficient HVAC Systemjayeshmahajan24
The document provides details on the design of an HVAC system for a commercial building. It discusses the indoor design conditions, daylight conditions, selection of double pane glass for the walls, use of autoclaved aerated concrete blocks and extruded polystyrene for the outer and inner walls. A hybrid VRF system is selected for cooling along with measures for indoor air quality, COVID-19 prevention, fan selection, basement design, fire safety systems and automation.
This document provides an overview and installation guide for Winter Panel structurewall panel systems. It discusses foundations, floor decks, wall panels, door and window openings, roof panels, and completing the building enclosure. The guide emphasizes proper moisture management techniques and provides numbered step-by-step installation sequences accompanied by detailed illustrations. It is intended for experienced builders and assumes a basic knowledge of construction practices.
The document provides details on the construction of a building using structural glazing and a green roof system. It includes specifications for a precast concrete hollowcore floor slab, rigid insulation, screed, column, paving, and other flooring elements on the ground level. Above this, it describes the use of structural glazing panels supported by steel brackets, plates, and clamps along with insulation and sealants. A green roof system is installed above this consisting of a vapor barrier, growing medium, drainage layer, insulation, and ballasted roof membrane. Removable aluminum and steel components are included to allow access for repair and maintenance of the structural glazing.
This document provides details on the manufacturing processes of various building facade materials including low-e coated glass, stainless steel cladding, and terracotta panels. It also summarizes case studies of two buildings - 100 Eleventh Avenue and 200 Eleventh Avenue in New York City that utilized these materials. The document outlines the advantages and disadvantages of each material and their fabrication processes to inform best practices for facade design and construction.
This document provides an overview of insulation and fire protection. It discusses what insulation is, the different types of insulation like spray foam, rigid panels, and loose fill, and how they provide thermal and sound insulation. It also examines fire protection, defining it as measures to prevent uncontrolled fires from spreading and outlines common fire causes like electrical faults, smoking, and flammable liquids. The effects of fires are described along with precautions like fire extinguishers, smoke alarms, and means of escape. Equipment to control fires is listed.
Windows serve several important purposes in buildings. They allow natural light and ventilation which saves on electricity costs while improving air quality. Windows also provide architectural design elements and can enhance quality of life. There are various common types of windows including casement, double hung, pivoted, sliding, sash/glazed, metal, corner/glass-to-glass, gable, dormer, bay and clerestory windows, and skylights - each with their own characteristics, advantages, and disadvantages for different applications.
The common energy-efficient methods for aluminum alloy windows and glass curtain walls are as follows:
Glass energy efficient method
Aluminum alloy thermal-insulating profile energy efficient method
Double (multi) layer structure system energy efficient method
Solar Shading system energy efficient method
Point support glass curtain wall energy efficient method
This document provides information on various thermal insulation materials, including their densities, thermal conductivity, water vapor permeability, and specific heat. Some of the materials discussed include aluminum, cork, cotton, arlita, spelt, linseed, cereal pellets, hemp, wood chips, cellulose, fiberboard, woodwool, coconut coir, reeds, rockwool, sheep's wool, expanded glass, expanded polystyrene foam, and cellulosic foam. For each material, the relevant thermal properties are given. A wide range of natural and man-made materials are examined as options for insulating buildings and reducing thermal transfer.
What is heat insulation broken bridge aluminium profileOlivia Turner
Heat insulation broken bridge aluminium is also called broken bridge aluminium, insulating aluminium profiles, whose both sides are aluminium alloy, and plastic profiles are in cavity playing a part of thermal insulation, it is vividly said as a “bridge” ( as shown in figure). This innovative structural design, combing the advantage of both of PVC and aluminium alloy, satisfy the adornment effect and the strength requirements.
This document provides details of the plans for retrofitting an existing apartment building in Dublin to meet Passivhaus energy standards. It includes floor plans and sections showing the proposed design with increased insulation, airtightness and mechanical ventilation. Technical specifications are given for the insulation levels and materials used in the walls, roof, floors and balconies to achieve ultra-low heat loss. The retrofit aims to significantly improve the building's energy efficiency from its current low rating.
Ducts carry cooled or heated air through a home's HVAC system and remove stale air. There are several types of ducts including sheet metal, fiberglass lined, fiberboard, and flex ducts. Sheet metal ducts are the most durable but fiberglass lined and fiberboard ducts provide insulation and sound dampening. Flex ducts are best for tight spaces but can kink. Getting your ducts assessed can help determine if an upgrade is needed.
The document describes a 6-step process for applying an external thermal insulation system. Step 1 involves placing an aluminum holding rail around the building. Step 2 applies adhesive to thermal insulation boards. Step 3 attaches the boards from bottom to top using the holding rail. The system saves energy by reducing the need for heating and cooling. It also helps the environment by lowering carbon dioxide and other pollutant emissions from energy production. Multiple advantages include saving money on energy costs and contributing to environmental protection.
FILM PLASTIC GREEN HOUSE-GLASS HOUSE- GREEN HOUSE WITH DOUBLE LAYER COVERINGAsish Benny
This document discusses different types of greenhouse coverings including glass, plastic films, and double layer options. Glass greenhouses can be made with annealed, tempered, or laminated glass but have higher costs. Film plastic like polyethylene is a common low-cost option in India. Double layer coverings provide improved insulation over single layers. Gutter-connected and quonset designs are described for plastic film structures.
This document summarizes information about two residential building facade systems. It describes the 200 11th Avenue building in New York which uses a stainless steel and terracotta panel facade. Key details about the angel hair stainless steel and ceramic-clad terracotta plinth are provided. The 100 11th Avenue building is also summarized, including its use of a low-e glass system and details about low-e glass, mega panel clips, and the tilting glass panels creating a glistening effect. Advantages and disadvantages of the materials used for both buildings are listed.
Different Types of Insulation: Their Advantages and DisadvantagesDixie Foam
How many types of insulation do you know? One? Two? As a homeowner, you need to know more about the types of insulation and their advantages and disadvantages. You may also contact an insulation contractors Mississippi to know more. - http://www.dixiefoamllc.com/
The document provides details on the construction of a building project. It discusses the site and safety plans, preliminary work including site layout and earthworks, the foundation including the type of foundation and construction process, the superstructure including beams, columns, slabs and walls, doors and windows, and the roof including the type of roof and construction process. Site visits are an important part of understanding how theoretical construction knowledge is applied in practice. Safety is the primary concern on construction sites.
This document provides information on various sound insulation materials, including their characteristics, pricing, sizes, and intended uses. Glass mineral wool is made from recycled glass, limestone and soda ash to form fine strands that are bound together. It has good tear strength and is lightweight with low environmental impact. Rock mineral wool is made from volcanic rock and recycled slag, and has high compressive strength. It can be used for thermal insulation and fire protection. Foamed plastics like extruded polystyrene are made through an extrusion process and have high compressive strength, water resistance and freeze-thaw performance. Products like Quiet Batt and Studio Pro are high-performance sound absorbing insulation materials used residentially and commercially.
Performance Summary of Autoclaved Aerated ConcreteBENAY MUNDA
Autoclaved aerated concrete (AAC) is a lightweight, energy efficient building material made from fly ash, cement, lime and water with an aerating agent. It has many closed air pockets that provide good thermal insulation and soundproofing. AAC is easy to cut and install, fire resistant, termite proof, and more environmentally friendly than other building materials like concrete. It reduces construction costs and the energy needs of completed buildings.
This document promotes Welltherm infrared heating panels. It describes their key benefits such as creating a natural, healthy indoor environment through infrared radiation. The panels are customizable in terms of size, power output, voltage, temperature and surface finish/design options. They provide a flexible, sustainable and efficient heating solution that does not produce emissions or noise. Customers can choose from standard sizes and finishes or customize the panels' appearance through image, color, or blackboard options.
Technical details of Energy Efficient HVAC Systemjayeshmahajan24
The document provides details on the design of an HVAC system for a commercial building. It discusses the indoor design conditions, daylight conditions, selection of double pane glass for the walls, use of autoclaved aerated concrete blocks and extruded polystyrene for the outer and inner walls. A hybrid VRF system is selected for cooling along with measures for indoor air quality, COVID-19 prevention, fan selection, basement design, fire safety systems and automation.
This document discusses various energy efficient techniques for buildings including wall insulation, green roofs, double glazed glass, shading devices, solar panels, vertical gardening, HVAC systems, and fire suppression. It provides details on wall insulation methods, analyzing existing building insulation, window glazing options like gas filling and coatings, and compares insulation material characteristics and performance.
Thermal insulation reduces heat transfer between objects and retains heat inside buildings. Various materials like fiberglass, rock wool, and polystyrene foam are used to insulate roofs, walls, windows, and other building elements. Proper insulation maintains indoor comfort, reduces energy costs, and lessens heat gain/loss. Common insulation methods include cavity walls, air gaps, reflective barriers, and double or triple glazing. Factors like costs, required insulation levels, and energy savings determine the best insulation approach for a building.
1. Budget Heat Shield insulation board is a high performance reinforced insulation board made of waterproof extruded polystyrene with a fiberglass mesh embedded in cement on each face.
2. It has excellent heat insulation properties and increases the effectiveness and efficiency of floor heating systems while being extremely strong, rigid, waterproof and environmentally friendly.
3. Budget Heat Shield boards are the ideal product to use under floor heating elements as they reflect most of the heat upwards, allowing floors to warm up faster and reducing running costs by up to 50%.
The document discusses sustainable building facades and their design. It provides three key points:
1) Building facades play an important role in separating the interior and exterior environment and creating the building's image. Sustainable facades aim to reduce energy usage while maintaining comfort.
2) There are two main types of facades - opaque facades made of solid materials and glazed facades like curtain walls made primarily of glass. Material properties, insulation levels, and glazing choices impact a facade's thermal and visual performance.
3) Proper facade design considers the local climate and orientation to passively reduce energy usage. Elements like shading, natural ventilation, and daylighting should be optimized based on orientation.
The document describes the 6-step process for applying an external thermal insulation system from ISOMAT. The key steps include: 1) attaching an aluminum holding rail around the building, 2) applying adhesive to insulation boards, 3) attaching the insulation boards in overlapping layers, 4) mechanically fastening the boards with anchors, 5) applying a base coat of adhesive with mesh reinforcement, and 6) applying a plaster finish. The system provides energy savings, environmental benefits, and a durable, weather-resistant building facade.
Solar Walls, Greenhouses and Organic GardeningFayina19z
Thermal storage walls, also called solar walls, are built to store heat from sunlight. They are typically constructed directly inside south-facing windows so that sunlight strikes the wall. This allows the wall to get hotter and store more energy than thermal mass placed elsewhere in the home. During the day, sunlight heats the wall, and then at night the wall radiates heat to the interior of the home. Different types of thermal storage walls include those made of concrete, brick, water containers, or vertical solar louvers. Proper installation and construction techniques, such as glazing, ventilation, insulation, and painting the wall black can optimize heat storage and transfer.
Özgür Cam manufactures float glass through a process of floating molten glass on a bath of molten tin, producing transparent glass. This clean float glass can then undergo secondary processes to produce various glass solutions for industries like construction, automotive, energy and more. These include insulating glass units, laminated glass, tempered glass, and coated glass. One type is Helio blend-coloured float glass, used for sun control with various colour and reflection options. Isıcam units provide heat insulation by delaying heat transfer between indoors and outdoors when two panes of glass are sealed together. Isıcam Sinerji provides especially high insulation with the addition of Low-E coating on one pane of
Insulation saves energy and money by trapping air to slow heat transfer between indoors and outdoors. This keeps homes warmer in winter and cooler in summer while reducing heating and cooling costs. Insulation also helps fight climate change by cutting CO2 emissions. Common types of insulation include glass wool, mineral wool, rigid foam boards, and multi-layered foil. Proper installation is important to avoid potential problems like condensation, reduced insulation effectiveness, or overheating of wiring.
This document provides instructions for building external single-leaf walls using the HOTBLOK system. Key steps include: checking corner levels and insulation; using a thermal insulating mortar between the blocks, which have 3 or 5 cm thick partitions; ensuring each block is level vertically and horizontally; maintaining consistent levels between block courses; and combining walls with ties or fiberglass components. Openings are formed using jamb blocks to maintain insulation, and lintels provide load bearing and insulation over openings. The complete construction is tied together with knee wall reinforcement and insulation. External finishes can then be applied, and the walls provide excellent insulation for energy efficient construction.
This document provides information about insulation, including what it is, how it works, and its benefits. It discusses how insulation slows the flow of heat, cold, and noise. Insulation works by trapping still air in pockets that retard heat transfer. The document recommends using glasswool or rockwool batt insulation, which is sustainable and can last the lifetime of a home if properly installed. It also discusses reflective foil laminates, and notes insulation's advantages like improved comfort and energy cost savings.
The document discusses the requirements and classifications of curtain wall systems. It provides details on stick systems, fully unitized systems, and semi-unitized systems. Key requirements for curtain walls include structural support, water resistance, air infiltration control, condensation resistance, movement accommodation, energy conservation, sound reduction, fire safety, maintainability, and aesthetics. Curtain walls must meet all these requirements while remaining durable, constructible, and cost-effective.
Thermochromic windows change tint or darkness in response to heat from direct sunlight, allowing them to reduce heat entering a building. They consist of special thermochromic materials laminated between two panes of glass. The darker they become with more intense sunlight, balancing daylight and heat. By changing tint continuously, they provide natural light and temperature regulation without needing blinds or AC.
This document discusses principles of passive solar design for cooling buildings. It defines passive design as design that takes advantage of climate to maintain comfortable temperatures without mechanical heating or cooling. Key passive cooling strategies mentioned include building orientation, ventilation, shading, insulation, and thermal mass. The document provides details on these strategies and how they can be applied differently depending on climate type, such as hot humid, hot dry, or temperate climates. It also discusses design elements like roof ventilation, glazing selection and shading, and passive cooling of both buildings and occupants.
The document discusses upgrading the energy efficiency of an 1880 three-story brick terraced home from an EPC rating of G to B. Key steps include:
1. Replacing single-layer glass windows with double-layer glass windows to improve insulation.
2. Installing cavity wall insulation or external wall insulation to reduce heat loss through the walls.
3. Upgrading lighting to more efficient LED bulbs.
4. Installing attic insulation and replacing an aging boiler to further improve energy efficiency.
Calculations are provided on how these retrofits would improve the home's SAP score and raise its EPC rating to a B.
Introduction People have been more concerned about the effects.pdfbkbk37
The document discusses upgrading the energy efficiency of an 1880 three-story brick terraced townhouse in the UK from an EPC rating of G to B. It provides details on the current design of the building and recommends replacing single-layer windows with double-layer windows, installing wall insulation, upgrading to LED lights, and improving other areas. It explains the benefits of these retrofits and provides specifications and calculations to show how the upgrades would improve the home's energy performance certificate rating from G to B.
LECTURE VI CONST.TEC V Thermal Insulation of BuildingsDarpan Arora
The document discusses techniques for providing thermal insulation in buildings. It describes how heat transfers between areas of different temperatures through conduction, convection and radiation. Thermal insulation maintains indoor comfort by reducing this transfer of heat in both summer and winter, allowing indoor conditions to remain cooler in summer and warmer in winter while reducing energy costs. Various materials used for insulation are described such as slab, blanket and bat insulations which can be applied to roofs, walls and other building elements.
6. PRONEMA 4
The benefits of home insulation
It is always nice to get back home and enjoy some pleasant, healthy, natural warmth.
As well as increasing the pleasure of living in your home, insulation helps improve indoor
environmental quality (for example, by preventing and removing mould on walls) and allows
for significant annual savings on utility costs and heating bills. In addition, it entitles you to
a number of government incentives and tax benefits on home renovation and maintenance.
Besides, insulation not only improves buildings in terms of thermal performance, but
also in terms of noise reduction, making your dwelling even more quiet and peaceful.
✔ Natural, evenly distributed warmth
✔ Savings on heating bills
✔ Tax incentives
✔ Mould removal or prevention
✔ Reduction of heat loss due to thermal bridges
✔ Better sound insulation from outside noise.
Thermal bridges: learning to deal with them
There are discontinuities in any building, i.e. parts of the structure with thermal properties
significantly different from the rest of the envelope. Just think of how different insulation can
be if provided by a window or by a brick wall.
These discontinuities are also known as "thermal bridges”, and their presence has a negative
impact on insulation performance; indeed, they may cause up to a threefold increase in
heat transfer between the inside and outside of buildings, resulting in a considerably higher
heating costs.
In addition to reducing the well-being and comfort of the residents, thermal bridges can
also cause damage to the building itself, encouraging the development of surface
condensation, dust buildup and stains.
INSULATED MODULES
That's why it is so important to avoid the formation of "thermal bridges" during construction.
In the case of renovation, it is good to use thermal imaging to identify the areas of greater
heat loss, so as to take appropriate action.
✔ Reduced durability of materials (exposed to moisture and subject to expansion);
✔ Reduced home living comfort, due to differences between air temperature
and wall temperature;
✔ Formation of lines and stains on walls, due to dust build-up in the colder
regions of the building (themophoresis):
✔ Possible formation of mould (due to surface condensation);
✔ Increased energy consumption. (Between 20% and 30% of
total heat loss).
7. PRONEMA 5
Home insulation: where to start
There are many and diverse steps to take to improve your home's thermal performance.
It is important to focus on the major causes of heat loss,, and then deal with the minor
ones.
For example, some houses are equipped with a high-efficiency boiler, only to realise that this
advantage is not preserved with adequate insulation.
Here is a list of the most important actions to be taken and, therefore, the order in which you
should take them.
1) roof insulation;
2) Insulating door and window frames (insulated modules);
3) Using window frames and glass with low "K value";
4) Insulating the building with an external wall insulation system;
5) Using high efficiency radiators with thermostatic control;
6) Enhanced performance boilers.
Useful concepts to make the right choices
K value: we measure the heat escaping through the walls of our house
Imagine two rooms, separated by a surface (eg, the inside and outside of a house, separated
by a wall). Now also imagine that these two rooms have stable temperatures, differing from
each other by one degree Kelvin. In this case, the“K value”, also known as transmittance,
measures the amount of heat that - in a time interval t - passes through 1m² of wall. That is
why the lower the “K value”, the higher the insulating value.
Thermal conductivity and resistance: what transfers heat and what doesn't
Conductivity (indicated as - lambda) measures the ability of a material to transfer heat, and
is expressed in W/m2
·K. Resistance (designated as R), by contrast, measures how easily heat
flows through a specific material, and is expressed in m2
·K/W. It is very important to take into
account thermal conductivity and resistance values when designing a house, as they make it
possible to figure out in advance what the building's thermal performance will be.
A
B
C
D
E
F
G
Heat requirement
per m3
HEAT CONSUMPTION CATEGORIES*
A 30 kWh/m3
B 50 kWh/m3
C 70 kWh/m3
E 120 kWh/m3
F 150 kWh/m3
G 180 kWh/m3
D 90 kWh/m3
* Values published by Agenzia CasaClima - Bolzano - Alto Adige - Italy
8. PRONEMA 6
Pronema's solution
Pronema's solution to improve your home's thermal and acoustic insulation is to use insulated
modules (or reveals), consisting of two vertical elements and two horizontal elements to be
applied around the edge of window and French window openings. They replace traditional
and inefficient frames and subframes and can be installed either in the construction of new
houses or used for renovations.
These insulated modules are designed to ensure that there are no gaps or thermal bridges
between the outer wall and window frames, thereby avoiding any heat loss in winter or poor
heat insulation during the summer. Precisely because window reveals increase the thermal
efficiency of buildings - reducing energy consumption and environmental impact - you may
benefit from government incentives to reduce their cost and recover it entirely in just a few
years through the considerable savings you can make on heating and cooling costs. Window
reveals also improve sound insulation inside the house, making it even more comfortable and
quiet.
The efficiency of Pronema solutions is guaranteed by the materials used: XPS (extruded
polystyrene foam), EPS (expanded polystyrene), fibre cement and poplar plywood. Combined
together, they create a single, highly compact volume with very low K-value. The window
frame is finally applied to the insulated module. As a final finishing touch, any gaps between
the window frame and the module and between the module and the wall are filled with
polyurethane foam, so as to further increase heat and sound insulation and the resulting
comfort and well-being that users will experience in their house.
The materials used for the production of insulated modules and boxes
Expanded Polystyrene (EPS). Expanded Polystyrene - commonly known as polystyrene
- consists of small beads compressed into sheets. It is obtained by immersing polystyrene
granules into water and adding pentane gas. The compound is then compressed until the
pentane penetrates into the granules, which, after being heated, swell up and take their final
shape.
Because of its hygro-thermal properties, this material is ideal for insulating buildings from
cold, heat, humidity, and ambient noise.
Extruded Polystyrene Foam (XPS). Although solid and non-viscous, it has a porous, foam-
like appearance. It is obtained by immersing polystyrene granules into a special machine,
where they are melted, and into which pressurised gas is blown. This process gives the
material a spongy appearance, while making it fairly light (with a density of 35 kg/m3).
Because of these physical properties, it makes an excellent thermal and acoustic insulation
material, ideal for the construction industry.
Ecological fibre cement. Versatile and very reliable, this material provides excellent
insulation efficiency - in terms of both heat and sound - and is therefore used for making
the insulating layers inside reveals. Composed of cement and stabilised organic fibres, it is
flexible, crushproof, and non-combustible. It can withstand severe weather conditions and,
being breathable, it helps reduce condensation.
Poplar plywood. A plywood made from wod layers peeled off from the tree trunk. The
crossed orientation of these layers make it possible to alternate the wood's natural grain,
thus obtaining a uniformly resistant material in all directions and at all points. It is used for
making sub-frames, which act as a housing for windows themselves. Poplar wood is the
most suitable type of wood for this purpose, since it has a low transmittance value and is not
particularly sensitive to expansion, deformation, and moisture absorption.
Guides and anchors. Aluminium guides run along the reveal, and are used for fixing iron
anchors. One anchor is fixed every 60 cm or so along the height of the reveal, which will then
be walled to support the whole structure. The “guide/anchor” combination gives structural
rigidity to the entire window frame.
9. PRONEMA 7
The advantages of Pronema's solution at a glance...
...tailor-made solutions
Pronema insulated modules stand out for their uniqueness. They are literally unique, as they
are individually designed and made to measure. There are no standard parts. All components
are designed and manufactured according to the requirements of each customer and the
features of each building. As a result, they can be tailored to any situation.
...materials known for their efficiency
The materials used for insulating houses are well known. This makes it possible to learn
about their technical specifications, to test their effectiveness and know that all the materials
used are safe and feature high efficiency in terms of engineering and construction.
...guaranteed heat and sound insulation
After each installation, Pronema certifies the materials used and their insulating properties.
The heat and sound insulation certificate defines the K-value of each component used to
ensure compliance with the building's energy needs.
Expanded polyurethane foam. It appears as a clear, very fluffy foam. This synthetic foam
prevents the passage of air and moisture. It is used to fill the gaps between the frame and
subframe and thus complete the installation of reveals. This avoids the formation of drafts
and thermal bridges.
Iron cage. Shaped and welded iron elements to increase
structural strength.
10. PRONEMA 8
1
2
1
2
INSULATED MODULES FOR ROLLER SHUTTERS
INSULATED MODULES FOR ROLLER SHUTTERS
CONSIST OF:
An EPS printed box with internal metal mesh
reinforcement, with wooden or PVC headboards,
rolling shutter tube supports and lower edges
reinforced with aluminium profiles.
Fibre cement closing panel with polystyrene spacer.
XPS side reveal coated with a fibre cement slab,
poplar plywood reinforcements, which are also
useful to make all arrangements removable,
including shutter guides, insect screen, roller blind,
sun blind and alarm. Aluminium joints for supporting
any mounting brackets and strengthening the reveal,
external aluminium profiles arranged for any type of
finish.
Fibre-cement-coated XPS sill insulation, suitable for
glueing any type of sill.
11. PRONEMA 9
Insulated modules for roller shutters
XPS
LM = finished wall thickness
SP = reveal thickness
LV = opening width
HV = opening height
S1 = frame dimensions
21 = frame dimensions
250x250 300x250 300x300 350x300 360x300 380x300
Poplar Fibrecement Aluminium EPS Wall Plaster Polyurethane
foam
Self-
expanding
tape
Sill
Materials used
Measurements required for preparing a quotation
Boxes available
Standard reveal with window
frame flush with the interior wall
Reveal with window frame
installed at the centre
Example of a reveal
arranged for insect screen Front section Side section
Box
12. PRONEMA 10
1
1
INSULATED MODULES FOR SUN BLINDS
INSULATED MODULES FOR SUN BLINDS
CONSIST OF:
Box made from XPS slabs with internal poplar
plywood reinforcement. Exterior fibre cement and
aluminium finish, designed to support plaster.
XPS side reveal coated with a fibre cement slab,
poplar plywood reinforcements, which are also
useful to make all arrangements removable,
including shutter guides, insect screen, roller blind,
sun blind and alarm. Aluminium joints for supporting
any mounting brackets and strengthening the reveal,
external aluminium profiles arranged for any type of
finish.
Fibre-cement-coated XPS sill insulation, suitable for
glueing any type of sill.
13. PRONEMA 11
Insulated modules for sun blinds
XPS
LM = finished wall thickness
SP = reveal thickness
LV = opening width
HV = opening height
S1 = frame dimensions
21 = frame dimensions
Poplar Fibrecement Aluminium EPS Wall Plaster Polyurethane
foam
Self-
expanding
tape
Sill
Materials used
Measurements required for preparing a quotation
Boxes available
Standard reveal with window
frame flush with the interior wall
Reveal with window frame
installed at the centre
Example of a reveal
arranged for insect screen
Front section Side section
Box
Hfolding
Sunblinds
14. PRONEMA 12
INSULATED MODULES FOR BLINDS
INSULATED MODULES FOR BLINDS
CONSIST OF:
An XPS upper horizontal and side reveal
coated with fibre cement plate, poplar plywood
reinforcements,also useful to make all setups
removable, shutter guides, insect screen, roller
blind, sun blind and alarm.
Oversized poplar plywood beam for fixing blind
hinge, aluminium joints for supporting any mounting
brackets and strengthening the reveal, external
aluminium profiles arranged for any type of finish.
Fibre-cement-coated XPS sill insulation, suitable for
glueing any type of sill.
15. PRONEMA 13
Insulated modules for blinds
FT = finished wall thickness
RT = reveal thickness
OW = opening width
OH = opening height
S1 = frame dimensions
21 = frame dimensions
Materials used
Measurements required for preparing a quotation
Standard reveal
with window frame
flush with the interior wall
Reveal with window frame
installed at the centre
Example of a reveal
arranged for
insect screen
Front section Side section
XPS Poplar Fibrecement Aluminium EPS Wall Plaster Polyurethane
foam
Self-
expanding
tape
Sill
Box
16. PRONEMA 14
SIMPLE INSULATED MODULES
SIMPLE INSULATED MODULES
CONSIST OF:
An XPS upper horizontal and side reveal
coated with fibre cement plate, poplar plywood
reinforcements,also useful to make all setups
removable, shutter guides, insect screen, roller
blind, sun blind and alarm.
Aluminium joints for supporting any mounting
brackets and strengthening the reveal, external
aluminium profiles arranged for any type of finish.
Fibre-cement-coated XPS sill insulation, suitable for
glueing any type of sill.
17. PRONEMA 15
Simple insulated modules
LM = finished wall thickness
SP = reveal thickness
LV = opening width
HV = opening height
S1 = frame dimensions
21 = frame dimensions
Materials used
Measurements required for preparing a quotation
Standard reveal
with window frame
flush with the interior wall
Reveal with window frame
installed at the centre
Example of a reveal
arranged for
insect screen
Front section Side section
XPS Poplar Fibrecement Aluminium EPS Wall Plaster Polyurethane
foam
Self-
expanding
tape
Sill
Box
18. PRONEMA 16
A technology solution that protects your home
from temperature changes,
but also from the bad guys.
Zelda is an insulated module integrating an infrared beam transmitter and receiver which can
detect bodies moving across the opening.
A real security perimeter barrier that can work always, even with your windows open, or
with insect screens or roller shutters raised.
The system consists of three elements: the actual perimeter barrier, a control unit and
a remote control, all networked together. This makes it very easy to configure settings
according to your needs or the features of your home.
Additionally, you may decide to use Zelda alone, or combine it with another existing alarm
system; you may also choose the power source (battery or electrical system) and which
phone numbers to alert in case of burglary.
ZELDA INSULATED MODULE with built-in alarm system
19. PRONEMA 17
DOOR
WINDOW
GARDEN
WINDOW
MAIN
ENTRANCE
The Zelda system offers a number of possible combinations. The insulated module
can integrate in a parallel track an insect screen, a shading blind or a shutter,
to protect the room from mosquitoes, insects, dust and sunlight.
You may also with a complete the system blind, a Venetian blind or sun blinds.
There are endless possibilities, tailored for every need, even in the size of an existing window.
One of Pronema's unique patents, Zelda is a smart technology, the result of research
focused on solutions that improve the quality of life.
ZOE insect screen with
anti-pollen net
Shading blind
or blackout blind
Roller shutter and insect
screen
Zelda insulated module (with alarm system)
20. PRONEMA 18
TUTTUNO INSULATED MODULE
THE TUTTUNO INSULATED MODULE
CONSISTS OF:
An insulated module coming in any of the versions
shown in the previous pages (roller shutter,
sun screen, simple blind) with the addition of a
TUTTUNO preassembled subframe.
The sum of these two products dramatically
increases the building's thermal, acoustic and
structural resistance. Suitable for achieving "passive
house" or Class A + requirements.
21. PRONEMA 19
TUTTUNO insulated module
LM = finished wall thickness
SP = reveal thickness
LV = opening width
HV = opening height
S1 = frame dimensions
21 = frame dimensions
Materials used
Measurements required for preparing a quotation
Standard reveal with window frame
flush with the interior wall
Reveal with window frame
installed at the centre
Front section Side section
XPS Poplar Fibrecement Aluminium EPS Wall Plaster Polyurethane
foam
Self-
expanding
tape
Sill
Box
22. PRONEMA 20
PATENT PENDING
IS made from the new patented material
FFC, which features unique thermal, acoustic
and structural performance. IS very easy to
assemble with PVC brackets and can be
tightened or shortened as desired like a regular
wooden plank.
Ideal in renovations, it allows to eliminate
the thermal bridge between wall and window
frame.
THE TUTTUNO PREASSEMBLED SUBFRAME
23. PRONEMA 21
The TUTTUNO preassembled subframe
MATERIAL
FFC (patent pending), self-extinguishing class V0
(std UL94), water absorption 0.8% (48 h at 50°C) (ASTM D570).
Tensile strength
12 N/mm², bending strength 35 N/mm²
Impact strength
20 KJ/sqm at 20°C (18 KJ/sqm at -25°C ) (ISO R 179)
Specific weight of the material
0.75 g/cm²
Environmental compatibility
FFC™ is 100% recyclable and made from natural fibre that uses recycled
material.
Mechanical strength of profiles
120 Kg loaded at 1 mt, 0.8 mm bending
Resistance to wind load
Tested according to EN 12211, frame deviation from subframe at
2,000 Pa (about 200 km/h) of 0.1mm, shock resistance guaranteed up to
3,000 Pa (about 250 km/h)
Water tightness
Tested according to EN 1027, no infiltration with water flow under wind
pressure of 2100Pa (about 210 km/h)
Air permeability
Tested according to EN 1026, air leakage from windows installed in Class
4 according to EN 12207
Heat retention
In a test chamber at a controlled temperature of 0°C outside and 20°C
inside, temperature on Geco 19.7°C; 0.001 W/mK with 20+8 wall and 68
frame
Slots for expansion tapes
Internal (toward the window)
and external (toward external walls).
24. PRONEMA 22
PRICE LIST (all dimensions in mm, price in €)
H L 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 2800 3000
1200
1400
1600
1800
2000
2200
2400
2600
2800
PRICE LIST (all dimensions in mm, price in €)
H L 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 2800 3000
1200
1400
1600
1800
2000
2200
2400
2600
2800
FRAME 128
FRAME 95
THE TUTTUNO PREASSEMBLED SUBFRAME
25. PRONEMA 23
95
100
20
128
100
20
45
20
Profiles and accessories for TUTTUNO preassembled subframes
128PA
Description FFC subframe
(expanded thermopolymer - wood)
Use upper crosspiece and uprights
Shape “L” profle
Dimensions 128 x 100 x 3400 mm
Expansion tapes slots for 16 mm wide tapes
Installation snap-in mounting at 45 °
with corner joints
Packaging 4 x 3400 mm long rods
95PA
Description FFC subframe
(expanded thermopolymer - wood)
Use upper crosspiece and uprights
Shape “L” profle
Dimensions 95 x 100 x 3400 mm
Expansion tapes slots for 16 mm wide tapes
Installation snap-in mounting at 45 °
with corner joints
Packaging 4 x 3400 mm long rods
45PL
Description fourth side in FFC
(expanded thermopolymer - wood)
Use lower crosspiece
Shape flat profile
Dimensions 45 x 20 x 3400 mm
Expansion tapes slots for 16 mm wide tapes
Installation resting at 90°
with corner joints
Packaging 9 x 3400 mm long rods
Cod. 40SI
Description Mounting bracket to be
positioned on the inner sides of the
profile, 1 for the upper corner.
Dimensions 40 x 40 x 5 mm
Pack of 200 pcs
Code. 40SL
Description Vertical seam for connecting
multiple profiles in a line
Dimensions 60 x 12 x 5 mm
Pack of 100 pcs
Cod. 40SE
Description Mounting bracket to be
positioned on the outer sides of the
angular profile, 2 for the upper
corner, 1 one in the lower corners
connected to a 45 PL profile.
Size 40 x 40 x 5 mm
Pack of 200 pcs
29. PRONEMA 27
HOW TO MEASURE
Measuring width with existing galvanised guides Measuring opening width with 30x27 guides
Measuring opening width with galvanised guides Measuring width with 30x19 guides
Measuring width with recessed 30x27 guides Measuring width with protruding elements
OPENING SIZE OPENING SIZE
OPENING SIZE
OPENING SIZEOPENING SIZE
OPENING SIZE
Roll-up panel size:
OPENING SIZE + 3 cm
Roll-up panel size:
OPENING SIZE - 1,7 cm
Roll-up panel size:
OPENING SIZE - 1,5 cm
Roll-up panel size:
OPENING SIZE + 2,6 cmRoll-up panel size:
OPENING SIZE -1 cm
Roll-up panel size:
OPENING SIZE + 4,2 cm
30. PRONEMA 28
Suitable guides:
Galvanised 20x17
Aluminium 28x17 - 26x21
Suitable guides:
Galvanised 20x17
Aluminium 28x17 - 26x21
Suitable guides:
Galvanised 20x20
Aluminium 30x19 - 30x24
Suitable guides:
Galvanised 20x20
Aluminium 30x19 - 30x24
Code TP16
Swedish pinewood shutters
Slat size 27x10 mm
Weight per sqm 5.0 kg
One metre in height contains 42 slats
Slats locked with hooks
Douglas wood end piece
Price per sqm
(Minimum amount to order 1.75 sqm)
Code TP18
Swedish pinewood shutters
Slat size 35x14 mm
Weight per sqm 9.0 kg
One metre in height contains 32 slats
Slats locked with hooks
Douglas wood end piece
Price per sqm
(Minimum amount to order 1.75 sqm)
Code TP17
Douglas wood shutters
Slat size 27x10 mm
Weight per sqm 5.0 kg
One metre in height contains 42 slats
Slats locked with hooks
Douglas wood end piece
Price per sqm
(Minimum amount to order 1.75 sqm)
Code TP19
Douglas wood shutters
Slat size 35x14 mm
Weight per sqm 9.0 kg
One metre in height contains 32 slats
Slats locked with hooks
Douglas wood end piece
Price per sqm
(Minimum amount to order 1.75 sqm)
WOODEN SHUTTERS
31. PRONEMA 29
27
21
30
19 24
30
21
26
20
20
17
20
20
28
17
23
WOODEN SHUTTERS
NOTES
Roller shutters are supplied in raw wood. You
may request different wood finishes.
OPTIONS
Extra charge for
anodised guides
Extra charge for painted guides
Extra charge for bronze guides
One dip coat, plus
two coats of clear finish
or etched finish per sqm
One dip coat,
plus two coats of coloured finish
RAL colour per sqm
Roller winding diameter Ø 60 mm
Opening H TP16 TP18 TP20
(cm) TP17 TP19 TP21
100 15 19 20
130 17 21 22
160 19 22 23
190 20 23 24
220 22 24 25
250 24 28 28
Suitable guides:
Galvanised 20x20
Aluminium 30x19 - 30x24
Suitable guides:
Galvanised 20x20
Aluminium 30x19 - 30x24
Code TP20
Swedish pinewood shutters
Slat size 48x14 mm
Weight per sqm 8.0 kg
One metre in height contains 24 slats
Slats locked with hooks
Douglas wood end piece
Price per sqm
(Minimum amount to order 1.75 sqm)
Code TP21
Douglas wood shutters
Slat size 48x14 mm
Weight per sqm 8.0 kg
One metre in height contains 24 slats
Slats locked with hooks
Douglas wood end piece
Price per sqm
(Minimum amount to order 1.75 sqm)
Galvanised
guide 20x20
031000.000
Galvanised
guide 20x17
031010.000
Aluminium
guide 30x19
031020.000
Aluminium guide
30x24
031030.000
Aluminium
guide 28x17
031040.000
Aluminium guide
26x21
031050.000
32. PRONEMA 30
27
21
30
19 24
30
20
20
17
20
WOOD AND ALUMINIUM SHUTTERS
NOTES
Roller shutters are supplied in raw wood. YOU
MAY request different wood finishes.
OPTIONS
Extra charge for
anodised guides
Extra charge for painted guides
Extra charge for bronze guides
One dip coat, plus
two coats of clear finish
or etched finish per sqm
One dip coat,
plus two coats of coloured finish
RAL colour per sqm
Roller winding diameter Ø 60 mm
Opening H TP23
(cm)
100 20
130 22
160 23
190 24
220 25
250 28
Suitable guides:
Galvanised 20x20
Aluminium 30x19 - 30x24
Code TP23
Douglas wooden shutter coated with
prepainted aluminium sheet on the outside,
0.32 mm thick
Slat size 47x16 mm
Weight per sqm 9.0 kg
One metre in height contains 21 slats
Slats locked with hooks
Aluminium end piece
Price per sqm
(Minimum amount to order 1.75 sqm)
Galvanised
guide 20x20
031000.000
Galvanised
guide 20x17
031010.000
Aluminium
guide 30x19
031020.000
Aluminium guide
30x24
031030.000
33. PRONEMA 31
27
21
30
19 24
30
21
26
20
20
17
20
20
28
17
23
STEEL SAFETY SHUTTERS
Suitable guides:
Galvanised 20x17
Aluminium 28x17 - 26x21
Suitable guides:
Galvanised 20x17
Aluminium 28x17 - 26x21
NOTES
To choose colours, please refer to Pronema's
shutter colour chart
Polyurethane is environmentally friendly and
is produced without using Freon or ODP, ie
blowing agents causing ozone layer depletion.
OPTIONS
Extra charge for
anodised guides
Extra charge for painted guides
Extra charge for bronze guides
Extra charge for marbled colour per sqm
Extra charge for wood-effect colour per sqm
Roller winding diameter Ø 60 mm
Opening H TP14 TP15
(cm)
100 13 19
130 15 21
160 17 23
220 19 24
250 20 26
Code TP14, medium density
Prepainted sheet steel shutters,
0.32 mm thick
Slat size 44x9 mm
Slat insulated with medium-density
polyurethane foam (50 kg/m3)
Weight per sqm 9.0 kg
One metre in height contains 23 slats
Slats locked with end caps
Extruded aluminium end piece with slot
for bolts and anti-noise seal
Price per sqm
(Minimum amount to order 1.50 sqm)
Code TP15, high density
Prepainted sheet steel shutters,
0.32 mm thick
Slat size 55x13 mm
Slats insulated with medium-density
polyurethane foam (50 kg/m3)
Weight per sqm 9.0 kg
One metre in height contains 18 slats
Slats locked with end caps
Extruded aluminium end piece with slot
for bolts and anti-noise seal
Price per sqm
(Minimum amount to order 1.50 sqm)
Galvanised
guide 20x20
031000.000
Galvanised
guide 20x17
031010.000
Aluminium
guide 30x19
031020.000
Aluminium guide
30x24
031030.000
Aluminium
guide 28x17
031040.000
Aluminium guide
26x21
031050.000
34. PRONEMA 32
ALUMINIUM SHUTTERS
Code TP22, medium density
0.30-mm-thick prepainted aluminium sheet
shutter
Slat size 39x8 mm
Slats insulated with medium-density
polyurethane foam (50 kg/m3)
Weight per sqm 3.0 kg
One metre in height contains 26 slats
Slats locked with end caps
Price per sqm
Extruded aluminium end piece with slot for
bolts and anti-noise seal
Price per lm
(Minimum amount to order 1.50 sqm)
Code TP10, medium density
0.32-mm-thick prepainted aluminium sheet
shutter
Slat size 44x9 mm
Slat insulated with medium-density
polyurethane foam (50 kg/m3)
Weight per sqm 3.0 kg
One metre in height contains 23 slats
Slats locked with end caps
Extruded aluminium end piece with slot for
bolts and anti-noise seal
Price per sqm
(Minimum amount to order 1.50 sqm)
Code TP11, high density
0.32-mm-thick prepainted aluminium sheet
shutter
Slat size 44x9 mm
Slat insulated with high-density
polyurethane foam (290 kg/m3)
Weight per sqm 3.0 kg
One metre in height contains 26 slats
Slats locked with end caps
Extruded aluminium end piece with slot for
bolts and anti-noise seal
Price per sqm
(Minimum amount to order 1.50 sqm)
Suitable guides: Galvanised 20x17
Aluminium 28x17 - 26x21
Suitable guides:
Galvanised 20x17
Aluminium 28x17 - 26x21
Suitable guides:
Galvanised 20x17
Aluminium 28x17 - 26x21
35. PRONEMA 33
27
21
30
19 24
30
21
26
20
20
17
20
20
28
17
23
ALUMINIUM SHUTTERS
Code TP12 medium density
0.32-mm-thick prepainted aluminium sheet
shutter
Slat size 55x13 mm
Slats insulated with medium-density
polyurethane foam (50 kg/m3)
Weight per sqm 3.7 kg
One metre in height contains 18 slats
Slats locked with end caps
Extruded aluminium end piece with slot for
bolts and anti-noise seal
Price per sqm
(Minimum amount to order 1.50 sqm)
Code TP15, high density
0.32-mm-thick prepainted aluminium sheet
shutter
Slat size 55x13mm
Slat insulated with high-density
polyurethane foam (290 kg/m3)
Weight per sqm 3.7 kg
One metre in height contains 18 slats
Slats locked with end caps
Extruded aluminium end piece with slot for
bolts and anti-noise seal
Price per sqm
(Minimum amount to order 1.50 sqm)
NOTES
To choose colours, please refer to Pronema's
shutter colour chart
Polyurethane is environmentally friendly and
is produced without using Freon or ODP, ie
blowing agents causing ozone layer depletion.
OPTIONS
Extra charge for
anodised guides
Extra charge for painted guides
Extra charge for bronze guides
Extra charge for marbled colour per sqm
Extra charge for wood-effect colour per sqm
Roller winding diameter Ø 60 mm
Opening H TP22 TP10 TP11 TP12 TP13
(cm)
100 12.5 13 13 19 19
130 13.5 15 15 21 21
160 14.5 17 17 22 22
190 15.5 18 18 23 23
220 16 19 19 24 24
250 17.5 20 20 26 26
Suitable guides:
Galvanised 20x20
Aluminium 30x19 - 30x24
Suitable guides:
Galvanised 20x20
Aluminium 30x19 - 30x24
Galvanised
guide 20x20
031000.000
Galvanised
guide 20x17
031010.000
Aluminium
guide 30x19
031020.000
Aluminium guide
30x24
031030.000
Aluminium
guide 28x17
031040.000
Aluminium guide
26x21
031050.000
36. PRONEMA 34
PVC SHUTTERS
Code TP01
1-mm-thick extruded PVC shutter with 4
internal ribs
Slat size 55x14 mm
Weight per sqm 4.5 kg
One metre in height contains 18 slats
Slats locked with side stud
PVC end piece in the same colour
Max width 2,400 mm
Price per sqm
(Minimum amount to order 1.50 sqm)
Code TP03
1.2-mm-thick extruded PVC shutter with 4
internal ribs
Slat size 50x14 mm
Weight per sqm 6.0 kg
One metre in height contains 20 slats
Slats locked with side stud
PVC end piece in the same colour
Max width 2,400 mm
Price per sqm
(Minimum amount to order 1.50 sqm)
Code TP04
1-mm-thick extruded PVC shutter with 3
internal ribs
Slat size 48x14 mm
Weight per sqm 6.0 kg
One metre in height contains 21 slats
Slats locked with side stud
PVC end piece in the same colour
Max width 2,400 mm
Price per sqm
(Minimum amount to order 1.50 sqm)
Code TP02
1-mm-thick extruded PVC shutter with 4
internal ribs
Slat size 50x14 mm
Weight per sqm 5.0 kg
One metre in height contains 20 slats
Slats locked with side stud
PVC end piece in the same colour
Max width 2,400 mm
Price per sqm
(Minimum amount to order 1.50 sqm)
Suitable guides:
Galvanised 20x20
Aluminium 30x19 - 30x24
Suitable guides:
Galvanised 20x20
Aluminium 30x19 - 30x24
Suitable guides:
Galvanised 20x20
Aluminium 30x19 - 30x24
Suitable guides:
Galvanised 20x20
Aluminium 30x19 - 30x24
37. PRONEMA 35
20
20
17
20
27
21
30
19 24
30
21
26
20
28
17
23
PVC SHUTTERS
Code TP05
Extruded PVC shutter with hooks,
1 mm thick, with 2 internal ribs
Slat size 30x27 mm
Weight per sqm 5.0 kg
One metre in height contains 23 slats
Slats locked with hooks
PVC end piece in the same colour
Max width 2,400 mm
Price per sqm
(Minimum amount to order 1.50 sqm)
Code TP06
1-mm-thick extruded PVC shutter with 1
internal rib
Slat size 27x9 mm
Weight per sqm 5.5 kg
One metre in height contains 37 slats
Slats locked with hooks
Max width 2,400 mm
Price per sqm
Extruded aluminium end piece with slot for
bolts and anti-noise seal
Price per lm
(Minimum amount to order 1.50 sqm)
NOTES
To choose colours, please refer to Pronema's shutter colour chart.
Colours 6, 13, 19, 20, 22, 24 and 25 not never guaranteed against discolouration and
deformation; a reinforcement strap is required for these colours.
Because of the special processing involved, the grain of wood-effect colours 14, 16, 18, 25,
26 and 28 may differ from the samples provided in the colour chart.
Due to the peculiarity of the processed material, we cannot accept any complaint concerning
changes in weight.
Shutters measuring more than 2 metres in width are not guaranteed.
A reinforcement strap is required for shutters of more than 1.4 metres in width.
OPTIONS
Extra charge for anodised guides
Extra charge for painted guides
Extra charge for bronze guides
Reinforcement strap per sqm
TP06 reinforcement strap per sqm
Extra charge for end valance reinforcement in shutters wider than 2 metres.
Roller winding diameter Ø 60 mm
Opening H TP01 TP02 TP03 TP04 TP06
(cm) TP05
100 15 14 14 20 15
130 17 17 17 22 17
160 18 19 19 23 19
190 20 20 20 24 20
220 21 22 22 25 22
250 23 24 24 28 24
Suitable guides:
Galvanised 20x20
Aluminium 30x19 - 30x24
Suitable guides:
Galvanised 20x17
Aluminium 28x17 - 26x21
Price per sqm
Price per lm
Galvanised
guide 20x20
031000.000
Galvanised
guide 20x17
031010.000
Aluminium
guide 30x19
031020.000
Aluminium guide
30x24
031030.000
Aluminium guide
28x17
031040.000
Aluminium guide
26x21
031050.000
38. PRONEMA 36
58
56
71
Accessories
Protruding frame with side lever
Frame for aluminium shutter Profile size
30x24 mm
Maximum width 1400 mm
Standard colours:
Anodised silver
Anodised bronze
Brown 8017
Ivory 1013
White 9010
Green 6005
Black electrocoating
Price each
Protruding frame with central lever
Frame for aluminium shutter Profile size
30x24 mm
Maximum width 1400 mm
Standard colours:
Anodised silver
Anodised bronze
Brown 8017
Ivory 1013
White 9010
Green 6005
Black electrocoating
Price each
Standard
protruding
frame scheme
Roma model protruding
frame with special ledge. For
this model, please specify the
Lb clear opening measurement.
Roma model
protruding frame scheme
For this model, please specify
La and Lb clear opening
measurements.
39. PRONEMA 37
46
B
142
165
195
Code 096000
Regular winder with steel plate
Code 096020
Universal winder with steel plate
Code 096160
Standard box
Code 096180
Sheet metal pulley for Ø60 sheet metal
rollers
Code 096190
Sheet metal or PVC pulley
with through hole for Ø60 sheet metal rollers
Code 096240.000
PVC canopy for Ø60 sheet metal rollers
Code 096200
PVC pulley for Ø60 sheet metal rollers
Code Belt take-up
096000.000 4.0 mt
096000.001 6.0 mt
096000.002 7.5 mt
096000.003 11.0 mt
Code Belt take-up
096020.000 4.0 mt
096020.001 6.0 mt
096020.002 10.0 mt
096020.003 12.0 mt
Code Capacity
096160.000 6.0 mt
096160.001 11,0 mt
Code
096240.000
Code
096180.000 Ø18
096180.001 Ø24
Code
096190.000 Ø18
096190.001 Ø24
Code
096200.000 Ø18
096200.001 Ø24
Ø18-Ø24
Ø18-Ø24
Ø18-Ø24
57
Code 096250.000
Sheet metal canopy
for Ø60 sheet metal rollers
Code
096250.000
45
Accessories
58
A
114
128
135
164
B
58 B
142
157
165
206
A
232
184
45. PRONEMA 43PRONEMA 43
Key
MERCURY ATOM
Power supply 230/50 V/Hz 230/50 V/Hz
Quiescent current - < 1 W
Minimum roller diameter 50x1.5 mm 50x1.5 mm
Operation time 4 min. 4 min.
Degree of protection 44 IP 44 IP
Working frequency - 433.42 Mhz
Channel memory - max 15
Max limit switch revs 22 ∞
Insulation class H H
Multifunction: One motor for roller shutters, awnings, insect screens
Dual mode command: Arranged for manual and radio control
Compliant sensor radio; Integrated compatibility
FOD: Fail obstacle detection
SHD: Safety hooks detection
ROD: Rise obstacle detection
ARS: Automatic run setting
ARR: Automatic run restore
OLS: Optimal limit switches
MPP: My preferred position
Wireless reset: Reset from transmitter
SSA: Single switch adjustment
(possibility to change the position of even only one limit switch)
D
S
(
Motors - Common features
46. PRONEMA 44PRONEMA 44
3 mt
MERCURY - MOTOR WITH MECHANICAL LIMIT SWITCH
Motor with mechanical limit switch
FEATURES
50-mm tubular motor
Mechanical limit switch
Power 8 to 60 Nm
Rpm 8 to 14 rpm
OPTIONS
Additional 10x10 mm square pin
NOTES
The motor is operated by a switch (not included)
Item No. Power Max weight
(Nm/rpm) (kg)
095570 8/14 12
095580 12/14 18
094110 22/14 33
093820 32/14 48
093830 42/14 63
093840 50/11 75
095590 60/8 90
Available in stock On request
TEST CABLE
Keypad for programming motors, suitable for both
motors with mechanical limit switches and motors
with electronic limit switches
Code 096820.000
47. PRONEMA 45PRONEMA 45
60 x 1
70 x 1,1
70 x 1
1
60x1
70x1.1
70x1
78x1
Accessories for mechanical motor
SQUARE PIN
10x10 mm square pin for
mechanical motor
AWNING/SUN BLIND SUPPORT
Omega support with 10x10 mm
square hole
SPIN
Wind control system for 1
mechanical motor with
optional remote control
70 ADAPTER WITH GROOVE
Pair of adapter and driver for 70
roller with groove
SIRIO
Sun and wind control system for 1
mechanical motor with
optional remote control
OCTAGONAL 60 ADAPTER
Pair of adapter and driver for
octagonal 60 roller
BLAST
Wind control system for multiple
mechanical motors with external
radio receiver (Rolly MIR)
78 ADAPTER WITH GROOVE
Torque adapter and driver for 78
roller with groove
ARCO 1
1-channel transmitter
with additional function
433.42 MHz frequency
VEGA
Sun and wind control system for
multiple mechanical motors with
external radio receiver (Rolly MIR)
OCTAGONAL 70 ADAPTER
Pair of adapter and driver for
octagonal 70 roller
MIR
External radio receiver module
for using the remote control
on 1 mechanical motor
BLAST BATTERY
Battery-operated wind control system
for multiple mechanical motors with
external radio receiver (Rolly MIR)
SUPPORT FOR SHUTTERS
Support with star-shaped hole and
M10 pin for pre-existing walls
ARCO 5
5-channel transmitter
with sequencer
433.42 MHz frequency
VEGA BATTERY
Battery-operated sun and wind control
system for multiple mechanical motors
with external radio receiver (Rolly MIR)
Code 094090.000 Code 094100.000 Code 095800.000
Code 094320.000 Code 095830.000
Code 094340.000 Code 095810.000
Code 094330.000 Code 095760.000 Code 095840.000
Code 095700.000
Code 095790.000
Code 095820.000
Code 095730.000 Code 095770.000 Code 095850.000
BEARING
Universal bearing
BEARING FOR ROLLER
SHUTTERS
Adjustable bearing with M10 pin for
pre-existing walls
Item No. 095740.000
Code 095750.000
Battery life:
5 years
Battery life:
5 years
48. PRONEMA 46PRONEMA 46
3 mt
ATOM - MOTOR WITH ELECTRONIC LIMIT SWITCH AND INTEGRATED RADIO
Motor with electronic limit switch and integrated radio
FEATURES
50-mm tubular motor
Electronic limit switch
Radio frequency 433.42 MHz
Power 8 to 60 Nm
Rpm 8 to 14 rpm
OPTIONS
Additional 10x10 mm square pin
NOTES
Can be operated either via a remote control
or switch (not included)
Obstacle detection, automatic limit switches and their
restoration will only work if there are suitable radio
motor adapters.
Code Power Max weight
(Nm/rpm) (kg)
095600 8/14 12
095610 12/14 18
095620 22/14 33
095630 32/14 48
096540 42/14 63
095650 50/11 75
095660 60/8 90
Available in stock On request
TEST CABLE
Keypad for programming motors, suitable for both
motors with mechanical limit switches and motors
with electronic limit switches
Code 096820.000
49. PRONEMA 47PRONEMA 47
Accessories for electronic motor with integrated radio
SQUARE PIN
10x10 mm square pin for electronic
motor
AWNING/SUN BLIND SUPPORT
Omega support with 10x10 mm
square hole
BEARING
Universal bearing
BEARING FOR ROLLER
SHUTTERS
Adjustable bearing with M10 pin for
pre-existing walls
70 RADIO MOTOR ADAPTER WITH
GROOVE FOR DROP-DOWN AWNINGS
Radio motor adapter and driver for 70
roller with groove
OCTAGONAL 60 RADIO MOTOR
ADAPTER
Radio motor adapter and driver for
octagonal 60 roller
BLAST
Wind control system for multiple
mechanical motors with external
radio receiver (Rolly MIR)
78 RADIO MOTOR ADAPTER WITH
GROOVE FOR DROP-DOWN AWNINGS
Radio motor adapter and driver for 78 roller
with groove
70 RADIO MOTOR ADAPTER WITH
GROOVE FOR AWNINGS
Pair of adapter and driver
78 RADIO MOTOR ADAPTER WITH
GROOVE FOR AWNINGS
Pair of adapter and driver
ARCO 1
1-channel transmitter
with additional function
433.42 MHz frequency
VEGA
Sun and wind control system for
multiple mechanical motors with
external radio receiver (Rolly MIR)
OCTAGONAL 70 RADIO MOTOR
ADAPTER
Radio motor adapter and driver for
octagonal 70 roller
BLAST BATTERY
Battery-operated wind control system
for multiple mechanical motors with
external radio receiver (Rolly MIR)
SUPPORT FOR SHUTTERS
Support with star-shaped hole and
M10 pin for pre-existing walls
ARCO 5
5-channel transmitter
with sequencer
433.42 MHz frequency
VEGA BATTERY
Battery-operated sun and wind control
system for multiple mechanical motors
with external radio receiver (Rolly MIR)
Code 094080.000
Code 094700.000
Code 095740.000
Code 095750.000
Code 095710.000
Code 094350.000
Code 095810.000
Code 095720.000
Code 094030.000 RHS
Code 094040.000 LHS
Code 094050.000 RHS
Code 094060.000 LHS Code 095760.000
Code 095840.000
Code 095700.000
Code 095820.000
Code 095730.000
Code 095770.000
Code 095850.000
Battery life:
5 years
Battery life:
5 years
60x1
70x1.1
70x1
78x1
70x1
78x1
50. PRONEMA 48PRONEMA 48
Code
Kilion
DESIGNER AUTOMATION - KILION - KUADRO - FLUTE
Kilion
A touch-screen device, ideal as a single support for managing
shutters, awnings, insect screens, blinds, skylights, irrigation
systems, garage doors, pergolas, lighting equipment and much
more.
It works at a frequency of 433.42 MHz and is powered by mains
voltage. Kilion controls up to 40 radio channels, 8 groups, 8 timers.
It is simple and intuitive, both during installation and use. Also
offers the option to engage or disengage the sun control function.
Supports 5 languages - Italian, English, French, German and Spanish -
and can be installed in three different ways, with recessed, outdoor
or tabletop versions. Dimensions: 140x150x80 mm.
Comfort all around us
Pronema has always been committed to using high-quality components
for making its product, so as to ensure their durability.
With the same principle, the company has selected quality motor control devices,
which are easy to use and make life more comfortable.
And also very beautiful, as a stylish expression of Italian design.
51. PRONEMA 49
Designed by Mario Mazzer, Flute received
prestigious international awards:
- Good Design Award 2012
- iF Design Award 2014
- Redott Award 2014.
Kuadro
Featuring a minimal, sleek design, the Kuadro radio transmitter has
three LED-backlit operation buttons: up, stop and down.
Also offers the option to engage or disengage the sun function.
It works at a frequency of 433.42 MHz and can drive either a motor
with electronic limit switch and integrated radio, or a motor with
mechanical limit switch and power unit.
AVAILABLE in standard colours - white, grey and black - or in any
other colour on request. IT CAN be wall mounted with a magnetic
support or used as a transportable transmitter. Battery powered.
Dimensions: 80x80x13 mm.
Flute
Finished with a special soft touch paint,
the Flute remote control is smooth and
pleasant to the touch. Available in standard
colours - white, grey and black - or in any
other colour on request.
Flute (1 channel) works at a frequency of
433.42 MHz. Features three operation
buttons, plus a small button for selecting
the channel. Offers the possibility to control
1 to 5 devices with a possible general
channel that groups them all.
ALLOWS for engaging or disengaging
the sun function and is supplied with a
magnetic support. Ensures long battery life.
Code
Kuadro black
Kuadro grey
Kuadro white
Code
Flute black
Flute grey
Flute white
55. PRONEMA 53
Metallic Grey
White
Anthracite Grey
Pistachio Green
Champagne
Grey
Metallic Grey
White
010
013
042
011
025
028
010
013
SLAT COLOURS
GUIDE AND BOTTOM SLAT COLOURS
Colour sample
Colour sample
Code
Code
Colour
Colour
Brown
Dark Grey
Warm Grey
Antique Blue
Red
Burgundy
Anthracite Grey
Brown
066
090
008
004
007
032
042
066
Colour sample
Colour sample
Code Colour
Electric Blue
Green
Graphite Grey
Matte Antique Grey
Dark Brown
Perforated Metallic Grey
Dark Grey
079
087
041
043
051
039
090
Colour sample
Colour sample
Code
Code
Colour
Colour
The colours shown are for illustrative purposes only; please refer to the sun blind colour chart.
Non-standard colours are available at an extra charge specified under the options, plus a surcharge of € 150.00, excluding VAT, for stock management costs.
Transportation costs are € 100.00, excluding VAT, for all products.
Standard guide and bottom slat colours in stock. Other colours available upon request.
56. PRONEMA 54
1
1
C80 SUN BLINDS
Sun blind with vertical guides and winch
or motor mechanism
FEATURES
80-mm aluminium slats
0.40 mm thick, painted, with closing and
anti-noise seals
Sliding rollers in the guide, alternating
on both sides
18x24 mm guides with
anti-noise seals
COLOURS AVAILABLE
standard:
010 Metallic Grey
013 White
042 Anthracite Grey
090 Dark Grey
with extra charge for SP-2:
025 Champagne
028 Grey
066 Brown
008 Warm Grey
041 Graphite Grey
051 Dark Brown
with extra charge for SP-3:
011 Pistachio Green
004 Antique Blue
007 Red
032 Burgundy
079 Electric Blue
087 Green
043 Matte Antique Grey
with extra charge for SP-4:
039 Perforated Metallic Grey
Standard bracket for front
application
18x24 guide
Anti-noise
Seal
Anti-noise
seal
57. PRONEMA 55
C80
Width 60 80 100 120 140 160 180 200 220 240 260 280 300 320 340 360 380 400 Folding
Height height
60
80
100
120
140
160
180
200
220
240
260
280
300
320
340
360
380
400
420
450
6 Nm motor 9 Nm motor
PRICE LIST (all dimensions in cm, price in €)
OPTIONS
Winch to the left
Removable winch pole
Extra charge for SP2 colour
Extra charge for SP3 colour
Extra charge for SP4 colour
Stock management * (net price)
* NOTES
Add extra charge and stock management costs to the price of
colours SP2, SP3 and SP4
AUTOMATION
6 Nm motor - motor with mechanical limit switch
9 Nm motor - motor with mechanical limit switch
Arco 1 - 1-channel transmitter with additional function
Arco 5 - 5-channel transmitter with sequencer
SLY - Control unit module with
built-in radio in airtight container
with pre-wired cable, for motors
with mechanical limit switches
Code 096810.000
15
18
20
23
25
30
35
58. PRONEMA 56
Z75 SUN BLINDS
Sun blind with vertical guides and winch or
motor mechanism
FEATURES
75-mm aluminium slats
0.40 mm thick, painted, with closing and anti-
noise seals
Sliding rollers in the guide, alternating
on both sides
18x24 mm guides with
anti-noise seals
COLOURS AVAILABLE
standard:
010 Metallic Grey
013 White
042 Anthracite Grey
090 Dark Grey
with extra charge for SP-2:
025 Champagne
028 Grey
066 Brown
008 Warm Grey
041 Graphite Grey
051 Dark Brown
with extra charge for SP-3:
011 Pistachio Green
004 Antique Blue
007 Red
032 Burgundy
079 Electric Blue
087 Green
043 Matte Antique Grey
with extra charge for SP-4:
039 Perforated Metallic Grey
18x24 guide
1
Standard bracket for front
application
1
Anti-noise
Seal
Anti-noise
seal
59. PRONEMA 57
Z75
Width 60 80 100 120 140 160 180 200 220 240 260 280 300 320 340 360 380 400 Folding
Height height
60
80
100
120
140
160
180
200
220
240
260
280
300
320
340
360
380
400
420
450
6 Nm motor 9 Nm motor
PRICE LIST (all dimensions in cm, price in €)
OPTIONS
Winch to the left
Removable winch pole
Extra charge for SP2 colour
Extra charge for SP3 colour
Extra charge for SP4 colour
Stock management * (net price)
* NOTES
Add extra charge and stock management costs to the price of
colours SP2, SP3 and SP4
AUTOMATION
6 Nm motor - motor with mechanical limit switch
9 Nm motor - motor with mechanical limit switch
Arco 1 - 1-channel transmitter with additional function
Arco 5 - 5-channel transmitter with sequencer
SLY - Control unit module with
built-in radio in airtight container
with pre-wired cable, for motors
with mechanical limit switches
Code 096810.000
15
18
20
23
25
30
35
40
60. PRONEMA 58
Z90 SUN BLINDS
Sun blind with vertical guides and winch or
motor mechanism
FEATURES
90-mm aluminium slats
0.40 mm thick, painted, with closing and anti-
noise seals
Sliding rollers in the guide, alternating
on both sides
18x24 mm guides with
anti-noise seal
COLOURS AVAILABLE
standard:
010 Metallic Grey
013 White
042 Anthracite Grey
090 Dark Grey
with extra charge for SP-2:
025 Champagne
028 Grey
066 Brown
with extra charge for SP-3:
011 Pistachio Green
008 Warm Grey
004 Antique Blue
007 Red
032 Burgundy
079 Electric Blue
087 Green
041 Graphite Grey
043 Matte Antique Grey
051 Dark Brown
with extra charge for SP-4:
039 Perforated Metallic Grey
1
1
18x24 guide
Standard bracket for front
application
Anti-noise
Seal
Closing
seal
61. PRONEMA 59
Z90
Width 60 80 100 120 140 160 180 200 220 240 260 280 300 320 340 360 380 400 Folding
Height height
60
80
100
120
140
160
180
200
220
240
260
280
300
320
340
360
380
400
420
450
6 Nm motor 9 Nm motor
PRICE LIST (all dimensions in cm, price in €)
OPTIONS
Winch to the left
Removable winch pole
Extra charge for SP2 colour
Extra charge for SP3 colour
Extra charge for SP4 colour
Stock management * (net price)
* NOTES
Add extra charge and stock management costs to the price of
colours SP2, SP3 and SP4
AUTOMATION
6 Nm motor - motor with mechanical limit switch
9 Nm motor - motor with mechanical limit switch
Arco 1 - 1-channel transmitter with additional function
Arco 5 - 5-channel transmitter with sequencer
SLY - Control unit module with
built-in radio in airtight container
with pre-wired cable, for motors
with mechanical limit switches
Code 096810.000
15
18
20
23
25
30
35
40
62. PRONEMA 60
ACCESSORIES
Code 095920.000
1.00-mm-thick aluminium partition
with 30-mm lip
Code 0095930.000
1.00-mm-thick aluminium partition
with 120-mm lip
Colour Height
Grey 150 mm
Grey 200 mm
Grey 250 mm
White 150 mm
White 200 mm
White 250 mm
Colour Height
Grey 150 mm
Grey 200 mm
Grey 250 mm
White 150 mm
White 200 mm
White 250 mm
Code 095960.000
A2 bracket for front application
Code 095970.000
A3 bracket for front application,
adjustable from 44 to 64 mm
Code 095980.000
A4 bracket for front application,
adjustable from 55 to 78 mm
Code 095990.000
A5 bracket for front application
67. PRONEMA 65
COLOURS
The colours shown are for illustrative purposes only; please refer to the Venetian blind colour chart.
P 1
P 2
P 3
P 4
P 507
P 8
P 11
P 14
P 130
P 0044
P 141
P 7
P 2002
P 1010
P 57
P 139
P 35
P 16
P 56
P 59
P 258
glossy
matte
glossy
glossy
matte
matte
matte
matte
matte
glossy
matte
matte
matte
matte
glossy
matte
glossy
glossy
matte
matte
matte
matte
matte
matte
matte
matte
matte
matte
matte
metallic
metallic
metallic
metallic
metallic
glossy
matte
matte
matte
matte
glossy
glossy
glossy
glossy
glossy
glossy
glossy
glossy
metallic
glossy
glossy
glossy
glossy
glossy
glossy
glossy
glossy
glossy
glossy
glossy
glossy
P 36
P 136
P 20
P 92
P 103
P 40
P 199
P 19
P 15
P 86
P 83
P 38
Perf.0058
Perf. 61
Perf. 2
Perf.707
P 603
P 606
Colour sample Colour sample Colour sampleCode Code Code16 1625 25 50Colour Colour ColourFinish Finish Finish
available not available
S 1
S 7
S 23
S 22
S 11
S 41
S 30
S 13
S 14
S 6
S 20
S 17
S 4
S 32
S 26
S 12
S 16
S 9
S 8
S 10
S 19
68. PRONEMA 66
1
1
16 VENETIAN BLINDS
Venetian blind with 16-mm slats
FEATURES
27 x 20 mm painted sheet metal box
16 mm painted sheet metal slats
21 x 13 mm painted sheet metal bottom slat
White Terylene strings
Terylene operating cords on the right
Transparent PVC tilt adjustment rod
on the left
Upper or front mounting
Wall and ceiling
mounting bracket
OPTIONS (no extra charge)
Operating cords on the left
Tilt adjustment rod on the right
Operating cords and adjustment rod on
the same side
Clip for glazing bead application
NOTES
Maximum width 3,000 mm,
recommended width 2,700 mm
Maximum height 2,800 mm,
recommended height 2,500 mm
Full Venetian blind colour to be chosen
from colour chart
With a width of less than 260 mm, cord
and rod cannot be combined together
on the same side
PRICE LIST
Width 400 mm to 3,000 mm per sqm
Width of less than 400 mm
Width of less than 260 mm
(Minimum amount to order 1.5 sqm)
69. PRONEMA 67
1
1
16 VENETIAN BLINDS WITH GUIDES
Venetian blind with 16-mm slats and guides
FEATURES
27 x 20 mm painted sheet metal box
16 mm painted sheet metal slats
21 x 13 mm painted sheet metal bottom slat
White Terylene strings
Terylene operating cords on the right
Transparent PVC tilt adjustment rod on the left
Transparent PVC guides
Upper or front mounting
OPTIONS (no extra charge)
Operating cords on the left
Tilt adjustment rod on the right
Operating cords and adjustment rod on
the same side
Clip for glazing bead application
NOTES
Maximum width 3,000 mm,
recommended width 2,700 mm
Maximum height 2,800 mm,
recommended height 2,500 mm
Full Venetian blind colour to be chosen
from colour chart
With a width of less than 260 mm, cord
and rod cannot be combined together
on the same side
PRICE LIST
Width 400 mm to 3,000 mm per sqm
Width of less than 400 mm
Width of less than 260 mm
Side guides
(Minimum amount to order 1.5 sqm)
70. PRONEMA 68
1
1
25 VENETIAN BLINDS
Venetian blind with 25-mm slats
FEATURES
27 x 20 mm painted sheet metal box
25 mm painted sheet metal slats
21 x 13 mm painted sheet metal bottom slat
White Terylene strings
Terylene operating cords on the right
Transparent PVC tilt adjustment rod
on the left
Upper or front mounting
OPTIONS (no extra charge)
Operating cords on the left
Tilt adjustment rod on the right
Operating cords and adjustment rod on
the same side
Clip for glazing bead application
NOTES
Maximum width 3,000 mm,
recommended width 2,700 mm
Maximum height 3,000 mm,
recommended height 2,800 mm
Full Venetian blind colour to be chosen
from colour chart
With a width of less than 260 mm, cord
and rod cannot be combined together
on the same side
PRICE LIST
Width 400 mm to 3,000 mm per sqm
Standard colour slat
Antique effect slat per sqm
Perforated slat per sqm
Width of less than 400 mm
Width of less than 260 mm
(Minimum amount to order 1.5 sqm)
Glazing bead
mounting bracket
71. PRONEMA 69
1
1
25 VENETIAN BLINDS WITH GUIDES
Venetian blind with 25-mm slats and guides
FEATURES
27 x 20 mm painted sheet metal box
25 mm painted sheet metal slats
21 x 13 mm painted sheet metal bottom slat
White Terylene strings
Terylene operating cords on the right
Transparent PVC tilt adjustment rod on the left
Transparent PVC guides
Upper or front mounting
OPTIONS (no extra charge)
Operating cords on the left
Tilt adjustment rod on the right
Operating cords and adjustment rod on
the same side
Clip for glazing bead application
NOTES
Maximum width 3,000 mm,
recommended width 2,700 mm
Maximum height 3,000 mm,
recommended height 2,800 mm
Full Venetian blind colour to be chosen
from colour chart
With a width of less than 260 mm, cord
and rod cannot be combined together
on the same side
PRICE LIST
Width 400 mm to 3,000 mm per sqm
Standard colour slat
Antique effect slat per sqm
Perforated slat per sqm
Width of less than 400 mm
Width of less than 260 mm
Side guides
(Minimum amount to order 1.5 sqm)
72. PRONEMA 70
1-Option with side casing
2
1
2-Option with Terylene strings
50 VENETIAN BLINDS
Venetian blind with 50-mm slats
FEATURES
52 x 54 mm painted sheet metal box
50 mm painted sheet metal slats
50 x 19 mm painted sheet metal bottom slat
PVC tape to match the Venetian blind
Terylene operating cords on the right
Terylene tilt adjustment cords on the left
Upper mounting
OPTIONS (no extra charge)
Operating cords on the left
Tilt adjustment cords on the right
Operating cords and adjustment rod on
the same side
White Terylene strings instead of PVC
tape
Installation with side casing
NOTES
Maximum width 4,000 mm,
recommended width 3,500 mm
Maximum height 3,800 mm,
recommended height 3,500 mm
Full Venetian blind colour to be chosen
from colour chart
PRICE LIST
Width 500 mm to 3.000 mm per sqm
Width 300 mm to 500 mm per sqm
(Minimum amount to order 1.5 sqm)
73. PRONEMA 71
1
1
OPTIONS (no extra charge)
Operating cords on the left
Tilt adjustment cords on the right
Operating cords and adjustment rod on
the same side
White Terylene strings instead of PVC
tape
Installation with side casing
NOTES
Maximum width 4,000 mm,
recommended width 3,500 mm
Maximum height 3,800 mm,
recommended height 3,500 mm
Full Venetian blind colour to be chosen
from colour chart
50 VENETIAN BLINDS WITH GUIDES
Venetian blind with 50-mm slats and guides
FEATURES
52 x 54 mm painted sheet metal box
50 mm painted sheet metal slats
50 x 19 mm painted sheet metal bottom slat
PVC tape to match the Venetian blind
Terylene operating cords on the right
Terylene tilt adjustment cords on the left
Transparent PVC guides
Upper or front mounting
PRICE LIST
Width 500 mm to 3,000 mm per sqm
Width 300 mm to 500 mm per sqm
Side guides per lm
Pelmet per lm
(Minimum amount to order 1.5 sqm)
82. PRONEMA 80
CATALOGUES
This catalogue and price list cancels and replaces the
previous version as from 01/01/2015 and is the only
one recognised as valid and effective by Pronema S.r.l..
All dimensions in the catalogue are in millimetres or
centimetres. Every indication, drawing or picture of the
products in Pronema S.r.l. catalogues and/or price lists is
for indicative purposes only and is not binding, and may
be changed without notice at any time. NO part of these
catalogues or price lists may be reproduced without the
prior written permission of Pronema S.r.l..
PROFILE TOLERANCES
Dimensional tolerances are typical of machined aluminium
and/or steel products and depend on the machinery we
use. For this reason, differences within a range of +/- 3mm
should be considered compliant.
ORDERS
Orders are understood as a reservation of products and
do not bind Pronema S.r.l. to deliver all or part the order.
Any order implies full acceptance of our sales conditions.
As our goods are made to measure, cancellations will
not be accepted where the goods have already been
manufactured. Orders must be placed exclusively by filling
out our forms, indicating the product code as specified
in the catalogue; only the details provided in the order
confirmation will be binding for Pronema S.r.l.
PRICES
All prices in this price list are in Euro and are net of VAT and
any other tax. The price shown in the order confirmation is
ex our warehouse in Comignago. According to fluctuations
in raw material prices, the end price shall be that indicated
in the order confirmation; because of this, we may vary the
conditions specified herein without prior notice. Any import
taxes, customs duties, and other taxes relating to the
country of destination will be fully borne by the buyer. Any
statements, promises and guarantees from persons who
do not officially represent the company (employees, sales
representatives, agents and business agent) and differing
from the terms contained herein, are not in any way binding
for Pronema S.r.l..
SHIPMENTS
All products are shipped freight collect, unless otherwise
agreed. The goods are shipped at the buyer's own risk,
even if sold carriage paid, and Pronema is released from all
liability in case of accidents or incidents. The recipient must
check the goods on arrival and notify any damage to the
carrier, even when the goods are delivered carriage free. For
production reasons, the goods ordered may be delivered on
a different date and with different lots.
PACKAGING
Standard packaging is free of charge, while special
packaging will be chrged extra at cost.
DELIVERY
Pronema S.r.l. agrees to comply with the terms of delivery
specified in the order confirmation. The causes which
prevent or delay the shipment of materials such as, by way of
example but not limited to, delayed supplies of raw materials,
import bans, strikes (including company strikes) and other
causes which prevent or delay their production and/or
processing, are considered as force majeure events and in
such cases Pronema S.r.l. cannot be held responsible for
delays in deliveries. In the above cases, Pronema S.r.l. may
delay deliveries until after the causes of the delay have been
removed. Once the delivery by courier has been accepted,
the goods are considered delivered.
PAYMENTS
The amounts shown on the invoices cannot be rounded.
Bank charges are paid by the buyer. Although accepted
by Pronema S.r.l., checks or bills will be considered as a
payment only once they have been successfully cashed.
If the customer defaults on a payment, default interest will
be automatically charged to the extent provided by Italian
Legislative Decree 231/2002, without the need for a letter of
formal notice. A default of more than sixty days will constitute
a major breach, and will result in the termination, without the
need for prior notice, of any supplies or current contracts,
although not related to the payments concerned, subject
to compensation for damages. In the event of an extended
payment, failure to comply with a single deadline, in addition
to the aforementioned consequences, will automatically
result in forfeiture of the agreement, making the entire
outstanding amount immediately due.
WARRANTY
Pronema S.r.l. guarantees that the products sold have
been carefully checked and tested where required, and
they are in any case covered by warranty according
to the law, from the date of delivery specified in the
accompanying document. The warranty covers all
original defects in materials and workmanship and is
limited to defects occurring when the product is properly
used for its intended purpose. THIS warranty does
not include damage caused by improper installation,
misuse, alteration or unauthorised modifications to the
components and any other tampering. This warranty
does not cover damage to surfaces caused by use of
abrasives or acids or by failure to clean and/or lack of
maintenance. It cannot be guaranteed that there will
be no differences between colour baths and different
prints. In terms of correspondence between colours, our
“aluminium colour chart” for profiles, our “technical fabrics
chart” for technical fabrics, and our “swatch” samples for
soft fabrics shall prevail. For each claim, the product must
be accompanied by the relevant document.
CLAIMS
The buyer must check the goods immediately on receipt
and make sure there is no damage. Under penalty of
cancellation of the warranty, any claims related to non-
compliance and defects must be notified by registered
letter within eight days of receiving the goods, and
the allegedly defective product(s) shall be returned to
Pronema S.r.l. to allow the company to undertake any
appropriate inspections. If, as a result of such inspections,
the alleged defect was confirmed to exist, Pronema S.r.l.
will replace the defective goods free of charge, provided
that they are returned ex warehouse. We will not accept
claims on products and/or fabrics which have been
modified or cut.
RETURNS
Pronema S.r.l. will not accept any returned goods unless
previously authorised in writing and with our company's
authorisation number, and in any case only where the
goods have been shipped freight prepaid. Goods returned
for repair will be accepted only if perfectly cleaned, washed
and complete with all information required to carry out the
repair.
LIABILITY
Pronema S.r.l. shall not be liable for any damage to
persons, animals or property arising from non-compliance
with safety requirements, or improper installation, and/or
installation without carrying out the appropriate checks.
APPLICABLE LAW - JURISDICTION
Any dispute will be resolved under the Italian law. The court
of Novara and its branch office in Borgomanero shall have
exclusive jurisdiction over any disputes.
RETENTION OF TITLE
The seller shall retain title to all goods delivered until
payment has been received in full.
GENERAL CONDITIONS OF SALE
This publication is printed on chlorine-free paper. Its size
and layout are designed to reduce paper waste.
Artwork: Julita Atelier (www.julita.it)
Print completed in December 2014