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This document discusses various methods of damp proofing in construction to prevent moisture from passing through building walls and floors. It outlines membrane damp proofing, integral damp proofing, surface treatments, guniting, and cavity wall construction. Surface treatments are further explained, including penetrating sealers, surface-applied corrosion inhibitors, sealers, high-build coatings, membranes, and overlays. Specific examples of penetrating sealers and surface-applied corrosion inhibitors are provided. High-build coatings and membrane systems are also described in terms of their thickness and application to concrete surfaces.
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Damp proofing
This document discusses various types of dampness that can affect buildings, including rising damp, penetrating damp, and condensation. It lists common causes like rain penetration, ground moisture rise, and defective construction. Signs of dampness include discolored wall patches, tide mark staining, salt deposits, and localized mold growth. Dampness can cause corrosion, cracking, adhesion issues, and deterioration over time. Prevention methods include proper design, construction techniques like damp proofing, and treatment of existing issues through drainage improvements and insertion of barriers.
Difference between damp &water proofing
This document discusses damp proofing and water proofing systems for buildings. It defines dampness as unwanted moisture in a building's structure from either outside intrusion or internal condensation. Dampness can cause unhygienic conditions and damage building materials and structures over time. Damp proofing controls moisture vapor from the soil but does not stop liquid water, while water proofing creates an effective barrier against water in all forms, including vapor, and is therefore a more complete solution.
DPC
Integral damp-proofing involves treating building walls and floors during construction to prevent moisture from passing into interior spaces. There are various methods of damp-proofing including membrane damp-proofing, integral damp-proofing, surface treatment, guniting, and cavity wall construction. Integral damp-proofing works by including waterproofing materials within the concrete itself during construction, giving the concrete a waterproof quality through either hydrophilic or hydrophobic systems. Hydrophilic systems use crystallization technologies while hydrophobic systems use fatty acids to block pores in the concrete.
DPC
The document discusses damp proof courses (DPC), which are barriers made of impervious materials built into walls and piers to prevent moisture from moving within the building. A DPC is laid into a brick wall approximately two courses below the lowest timber member, such as a bearer. Damp proofing in construction uses moisture control methods applied to walls and floors to prevent damp problems from occurring inside buildings, including membrane damp proofing, integral damp proofing, surface treatments, guniting, and cavity wall construction.
Damp proofing
This document discusses various methods for preventing dampness in buildings, including damp proofing courses, integral damp proofing treatments, and waterproof surface treatments. It provides details on proper installation of horizontal and vertical damp proofing courses, and notes that the selection of damp proofing method depends on factors like the surface type, structure location, and subsoil water table. Key damp proofing methods covered are membrane damp proofing using courses, integral treatments by adding components to concrete/mortar, and applying water-repellent substances to surfaces.
Damp proofing
This document discusses causes of dampness in buildings and methods of damp proofing. The main causes of dampness are moisture rising up walls from the ground, rain penetrating external walls and roofs, and condensation. Effects of dampness include unhealthy conditions, damage to building materials and structures, and deterioration of electrical fittings. Methods of damp proofing discussed are using damp proof courses, integral damp proofing of concrete, cavity wall construction, surface treatments, guniting, and pressure grouting.
Damp proofing course archna
Dampness is a common problem in buildings that allows moisture to enter through walls, floors, and roofs. It is important to take measures to prevent dampness using damp proofing techniques. Some common causes of dampness include moisture rising from the ground, rain splashing on external walls, and lack of damp proofing on top of parapet walls. Effective damp proofing requires using moisture-resistant materials like hot bitumen, mastic asphalt, or plastic sheets applied to surfaces in a building. Proper techniques like providing foundation drains and damp proof courses can help prevent dampness in different parts of a building.
Recommended
Damp proof course
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Damp proofing
This document discusses various types of dampness that can affect buildings, including rising damp, penetrating damp, and condensation. It lists common causes like rain penetration, ground moisture rise, and defective construction. Signs of dampness include discolored wall patches, tide mark staining, salt deposits, and localized mold growth. Dampness can cause corrosion, cracking, adhesion issues, and deterioration over time. Prevention methods include proper design, construction techniques like damp proofing, and treatment of existing issues through drainage improvements and insertion of barriers.
Difference between damp &water proofing
This document discusses damp proofing and water proofing systems for buildings. It defines dampness as unwanted moisture in a building's structure from either outside intrusion or internal condensation. Dampness can cause unhygienic conditions and damage building materials and structures over time. Damp proofing controls moisture vapor from the soil but does not stop liquid water, while water proofing creates an effective barrier against water in all forms, including vapor, and is therefore a more complete solution.
DPC
Integral damp-proofing involves treating building walls and floors during construction to prevent moisture from passing into interior spaces. There are various methods of damp-proofing including membrane damp-proofing, integral damp-proofing, surface treatment, guniting, and cavity wall construction. Integral damp-proofing works by including waterproofing materials within the concrete itself during construction, giving the concrete a waterproof quality through either hydrophilic or hydrophobic systems. Hydrophilic systems use crystallization technologies while hydrophobic systems use fatty acids to block pores in the concrete.
DPC
The document discusses damp proof courses (DPC), which are barriers made of impervious materials built into walls and piers to prevent moisture from moving within the building. A DPC is laid into a brick wall approximately two courses below the lowest timber member, such as a bearer. Damp proofing in construction uses moisture control methods applied to walls and floors to prevent damp problems from occurring inside buildings, including membrane damp proofing, integral damp proofing, surface treatments, guniting, and cavity wall construction.
Damp proofing
This document discusses various methods for preventing dampness in buildings, including damp proofing courses, integral damp proofing treatments, and waterproof surface treatments. It provides details on proper installation of horizontal and vertical damp proofing courses, and notes that the selection of damp proofing method depends on factors like the surface type, structure location, and subsoil water table. Key damp proofing methods covered are membrane damp proofing using courses, integral treatments by adding components to concrete/mortar, and applying water-repellent substances to surfaces.
Damp proofing
This document discusses causes of dampness in buildings and methods of damp proofing. The main causes of dampness are moisture rising up walls from the ground, rain penetrating external walls and roofs, and condensation. Effects of dampness include unhealthy conditions, damage to building materials and structures, and deterioration of electrical fittings. Methods of damp proofing discussed are using damp proof courses, integral damp proofing of concrete, cavity wall construction, surface treatments, guniting, and pressure grouting.
Damp proofing course archna
Dampness is a common problem in buildings that allows moisture to enter through walls, floors, and roofs. It is important to take measures to prevent dampness using damp proofing techniques. Some common causes of dampness include moisture rising from the ground, rain splashing on external walls, and lack of damp proofing on top of parapet walls. Effective damp proofing requires using moisture-resistant materials like hot bitumen, mastic asphalt, or plastic sheets applied to surfaces in a building. Proper techniques like providing foundation drains and damp proof courses can help prevent dampness in different parts of a building.
Dampness in buildings
This document discusses various causes and types of dampness that can occur in buildings. It describes rising damp, which occurs when water rises up walls through capillary action from the soil. To prevent this, damp-proof courses (DPCs) made of impervious materials like slate or bitumen felt are installed. Deterioration or bridging of the DPC can lead to dampness. Hygroscopic salts in rising damp water can also cause issues by continuing to attract moisture after repairs. The document also discusses penetrating dampness from external water entering walls, condensation dampness caused by high humidity and ventilation issues, and bridging of cavity walls. Treatments include replacing or injecting new DPCs, drainage improvements,
dampness in structure by umar khan
The document discusses dampness in buildings, including its definition, types, causes, effects, and methods of damp proofing. It defines dampness as the penetration of moisture inside a building and identifies three main types: rising damp, falling damp, and condensation damp. Common causes include rain penetration, soil drainage issues, and defective construction. Effects include damage to building materials, corrosion, and unhealthy conditions. Methods of damp proofing include using damp-resistant materials like bitumen and plastic sheeting in foundations, floors, and walls.
Dampness in building
Dampness in building by Engr, Naveed Ali
lecturer in CECOS university peshawar.
Dampness and its prevevtion etc.
Damp proofing ppt
This document discusses various methods of damp-proofing and waterproofing buildings. It defines damp-proofing as preventing moisture from rising through walls, floors, and basements, while waterproofing refers to preventing water leakage from roofs. Common sources of dampness include rising ground moisture, rain splashing, and poor drainage. Dampness can cause issues like efflorescence, plaster damage, and mold growth. Methods of damp-proofing discussed include membrane barriers like bitumen and plastic sheets, integral waterproof concrete additives, and surface treatments to fill pores. Flexible, semi-rigid and rigid damp proof course materials are also outlined.
Rising damp
Rising damp occurs when masonry walls absorb water from the ground due to capillary action. It can rise over 1m depending on the wall material and ground conditions. Diagnosing the cause is important - it may be rising damp, rain penetration, condensation, or leaks. Treatment involves improving drainage, replacing damaged damp-proof courses, and allowing walls to dry before replastering. New methods using chemical injection or nanotechnology are being researched to more effectively treat rising damp.
Dampness
This document discusses causes and remedies for dampness in buildings. It identifies several common sources of dampness such as rising damp from the soil, rain penetrating walls, and defects in construction. Dampness can cause issues like wood rot, metal corrosion, plaster peeling, and unhealthy indoor air quality. The document recommends constructing on well-draining sites, using water-resistant building materials, installing damp-proof courses, and treating wall surfaces to prevent moisture penetration. Special techniques include thick walls, hollow brick construction, and basement gravel layers to block damp rising from the soil.
Dpc in foundation
This document discusses various materials and methods used for damp proofing in construction. It describes that a damp proof course (DPC) is used to prevent moisture from passing into interior spaces. Common materials used include polythene sheets, EPDM membranes, mortar with waterproofing compounds, and occasionally expensive metal sheets. Polythene sheets are typically laid with 150mm overlaps and sealed at the joints when used under concrete. EPDM has properties that make it suitable such as flexibility and chemical resistance. Metal sheets can be used but are costly and must be coated to prevent chemical reactions. The document provides information on properly installing and applying these various damp proofing materials and methods.
3 damp proofing
Damp is generally defined as unwanted water or moisture.
Dampness is the access and penetration of moisture content into building through its wall, floor, roof etc.
The existence of dampness in buildings is one of the most damaging failures that can occur in buildings.
Every building should be damp proof.
The main idea of damp-proofing is to protect buildings against the damaging action of water and humidity that act negatively upon constructions.
Neither humans nor buildings can tolerate too little or too much of water.
Excess water in buildings is called Dampness. The root of all evil is water.
In construction, a building or structure is waterproofed with the use of membranes and coatings.
Oil-based waterproofing is generally used for roof leakage after construction and uses only on the wall like a primer.
Moisture can also affect the health of occupants typically through the potential for breeding harmful organisms.
On the other hand, moisture reduces the shrinking cracks of wood and furniture, and up to a point, is necessary to avoid respiratory discomfort.
Thus, moisture is both a necessary constituency of our built environment and a potential liability.
The issue, then, is not to eliminate moisture from our buildings, but to control it and its movements.
Dampness in buildings
Dampness in buildings can cause health issues and damage to the structure. It is caused by factors like rain penetration, soil drainage issues, and defective construction. Remedies include installing damp proofing courses of flexible or rigid materials at locations like foundation level, parapets, and windowsills. Proper ventilation and moisture management can also help reduce excessive moisture in homes.
DAMP PROOFING TREATMENT FOR FLAT ROOF.
This document provides information on different techniques used for damp proofing flat roofs. It discusses causes of dampness such as poor construction materials and design flaws. Key techniques described include grading lime concrete, grading lime concrete with tiles, grading mud phuska with tiles, screed concreting, tar-felting, and using ethylene propylene diene monomer (EPDM). Each technique is explained in terms of materials used and steps of the application process to waterproof the roof and prevent dampness. Advantages and disadvantages of different techniques are also outlined.
Damp Proofing - Prevention of Moisture and Mildew
WILCOTE, the team of qualified and experienced professionals specializes in offering a range of services including damp proofing, interior and exterior paints & coatings, roofing, swimming pool refurbishment and more. Visit http://www.wilcote.co.za
Water leakage problem
Water leakage causes damage to structures and its contents Reinforcement corrosion , delamination, accelerated aging and increased maintenance costs are all serious concerns
Application design requirement specification for water demand , and water seepage study and investigation to locate the source of the seepage will reduce future damage to the structure and reduce maintenance costs. There are many reasons for water
leakage in buildings, some cases are caused by defective water pipes, sanitary fittings or drainage pipes or rain water leakage from roof and walls . Water leakage may come from dilapidated pipes in adjacent flats or even from inside the same flat. It may also be due to water seeping through common areas, such as the roof or external walls due to poor workmanship or inadequate design.
If water leakage is found in roof or walls or water supply or sewerage pipes and fitting and fixtures a proper investigation of the cause needs to be carried out
DPC treatment
This document discusses various methods of damp proofing buildings to prevent damage from moisture. It describes different materials that can be used for damp proof courses (DPC) like bitumen felts, mastic, and concrete. Methods are grouped into treatments for foundations, basements, floors, walls, roofs, and pitched roofs. Key steps include installing DPCs, drainage, waterproof plasters and membranes, and properly sloping surfaces to prevent water accumulation. Maintaining continuity of DPCs and properly detailing features like parapets is also important for effective damp proofing.
WATER LEAKEGE REMEDIES AND PRECAUTIONS IN RCC STRUCTURE
The document discusses various types of water leakage issues that can occur in reinforced concrete (RCC) structures and provides remedies and precautions. It covers types of terrace construction like brick bat coba and Indian patent stones that are used. It also discusses how to detect and repair slab leaks, leaks from terraces, roof leaks, and water damage to ceilings. Various supplies and tools needed for repairs are listed. Waterproofing systems using chemicals, coatings, and membranes are introduced. Causes of leakage like defects in construction, maintenance, and design are explained along with preventive measures.
444926084 water-proofing-ppt-pptx
This document discusses various aspects of waterproofing buildings, including:
1. It defines waterproofing as forming an impervious barrier to prevent water penetration through foundations, roofs, walls, and other structures.
2. It explains the need for waterproofing structures to provide moisture control, a safer foundation, healthier indoor environment by preventing mold/mildew, and eliminating insect growth.
3. It describes common waterproofing methods like cementitious, liquid membrane, bituminous membrane and coating, and polyurethane liquid membrane. It also discusses materials used and types available in the market.
Leakage in external walls of the buildings.
It gives an idea about how to control and detect the actual cracks in external and internal walls of the buildings.
Water proofing methods
This document discusses various common waterproofing methods used in construction, including cementitious waterproofing, liquid waterproofing membranes, bituminous membranes and coatings, and polyurethane liquid membranes. Cementitious waterproofing uses easily available cement-based materials and is commonly used internally, while liquid membranes form flexible rubbery coatings. Bituminous membranes are popular for low-sloped roofs and come in torch-applied and self-adhesive types. Polyurethane liquid membranes offer high flexibility but are more expensive and sensitive to moisture levels. The document provides details on the materials, applications, advantages and limitations of each method.
Causes and prevention of cracks in buildings
This document discusses cracks in buildings, including their causes and prevention. It begins by defining cracks and noting the importance of understanding crack causes and remedies. Structural cracks arise from design or loading issues, while non-structural cracks are due to factors like moisture, temperature changes, or chemical reactions. Common causes of cracks include structural deficiencies, temperature/shrinkage effects, poor workmanship, and settlement. The document outlines various crack types and investigation methods. It then discusses prevention techniques before concluding that cracks should be avoided in important buildings due to effects on aesthetics and leaks.
Waterproofing and insulaton
Waterproofing is used to prevent water from entering or escaping building structures. There are internal and external waterproofing membranes. Basement waterproofing is especially important to prevent hydrostatic pressure from causing moisture issues. Common types of basement waterproofing include sealants and water drainage systems. Sealants can be exterior or interior and come in different forms like films, paints or injected solutions. Water drainage systems use perimeter drains, pipes, and sump pumps to collect and remove groundwater from the basement. Proper waterproofing requires both sealing and drainage for effective below-ground protection.
WaterProofing Coatings
Monarch's technologically advanced MonoProof waterprooing systems cover every need of Building & Construction industry to protect from water ingress or loss of water through structures. The complete building structures from basement to roof are protected from rising dampness, moisture, seepages and leakages from basement to roof. The technology ranges to acrylic SBR latex, crystalline, epoxy, water repellant polysiloxanes, polyurethane and bituminous based formulations. The coating fills and seals concrete pores, micro cracks and capillary tracts in joints, walls and floors through which water seep through and forms an integral waterprooing compound without breaking the existing brickbat coba and concrete screed.
Features
Excellent resistance to hydrostatic pressure.
Reduces water and chemicals permeability.
Protection from water ingress at high water table areas.
Protection from freeze-thaw cycles, corrosion, aggressive groundwater, sea water, carbonates, chlorides, sulfates and nitrates.
Can be applied to either new or existing concrete as a coating (from the positive or negative side).
Application
Retaining walls
Foundation walls
Parking decks
Garden roofs
Cooling tower
Terrace
Basement / Foundation
Undergrond Tank
Overhead Tank
Reservoir
Ponds & Pools
Drink & Clean water storage tanks
Roofs
Balconies
Wet rooms like bathrooms
kitchens
Tunnels
Podiums
External/InteriorWalls
M/s Monarch Industrial Products (I) Pvt. Ltd.,
Post Box No.3,
No. 25, SIDCO Industrial Estate,
THENI - 625 531,
TAMIL NADU, INDIA
Skype ID : monarchindia.net
Linked-in ID : contact@monarchindia.net
WhatsApp : +(91)-9600992069
(+91) - 96009-92069
(+91) - 04546 - 251020, 250076
(+91) - 04546 - 253060
Toll-Free:1800 - 425 - 1070
Water proofing
WATER PROOFING FOR BUILDING
The treatment given to prevent leakage of water from external source is generally termed as WATER PROOFING.
Usually extensive waterproofing measures are added to a building at the time of construction ,to provide moisture control form starting.
Waterproofing may also be done after a building is built ,to address problems as they emerge or as part of building retrofit.
Which Waterproofing Method Should You Opt For?
Discover the optimal waterproofing method for your project. Explore sealants, membranes, and more to ensure effective protection against water damage. Make the right choice for long-lasting safeguarding.
More Related Content
What's hot
Dampness in buildings
This document discusses various causes and types of dampness that can occur in buildings. It describes rising damp, which occurs when water rises up walls through capillary action from the soil. To prevent this, damp-proof courses (DPCs) made of impervious materials like slate or bitumen felt are installed. Deterioration or bridging of the DPC can lead to dampness. Hygroscopic salts in rising damp water can also cause issues by continuing to attract moisture after repairs. The document also discusses penetrating dampness from external water entering walls, condensation dampness caused by high humidity and ventilation issues, and bridging of cavity walls. Treatments include replacing or injecting new DPCs, drainage improvements,
dampness in structure by umar khan
The document discusses dampness in buildings, including its definition, types, causes, effects, and methods of damp proofing. It defines dampness as the penetration of moisture inside a building and identifies three main types: rising damp, falling damp, and condensation damp. Common causes include rain penetration, soil drainage issues, and defective construction. Effects include damage to building materials, corrosion, and unhealthy conditions. Methods of damp proofing include using damp-resistant materials like bitumen and plastic sheeting in foundations, floors, and walls.
Dampness in building
Dampness in building by Engr, Naveed Ali
lecturer in CECOS university peshawar.
Dampness and its prevevtion etc.
Damp proofing ppt
This document discusses various methods of damp-proofing and waterproofing buildings. It defines damp-proofing as preventing moisture from rising through walls, floors, and basements, while waterproofing refers to preventing water leakage from roofs. Common sources of dampness include rising ground moisture, rain splashing, and poor drainage. Dampness can cause issues like efflorescence, plaster damage, and mold growth. Methods of damp-proofing discussed include membrane barriers like bitumen and plastic sheets, integral waterproof concrete additives, and surface treatments to fill pores. Flexible, semi-rigid and rigid damp proof course materials are also outlined.
Rising damp
Rising damp occurs when masonry walls absorb water from the ground due to capillary action. It can rise over 1m depending on the wall material and ground conditions. Diagnosing the cause is important - it may be rising damp, rain penetration, condensation, or leaks. Treatment involves improving drainage, replacing damaged damp-proof courses, and allowing walls to dry before replastering. New methods using chemical injection or nanotechnology are being researched to more effectively treat rising damp.
Dampness
This document discusses causes and remedies for dampness in buildings. It identifies several common sources of dampness such as rising damp from the soil, rain penetrating walls, and defects in construction. Dampness can cause issues like wood rot, metal corrosion, plaster peeling, and unhealthy indoor air quality. The document recommends constructing on well-draining sites, using water-resistant building materials, installing damp-proof courses, and treating wall surfaces to prevent moisture penetration. Special techniques include thick walls, hollow brick construction, and basement gravel layers to block damp rising from the soil.
Dpc in foundation
This document discusses various materials and methods used for damp proofing in construction. It describes that a damp proof course (DPC) is used to prevent moisture from passing into interior spaces. Common materials used include polythene sheets, EPDM membranes, mortar with waterproofing compounds, and occasionally expensive metal sheets. Polythene sheets are typically laid with 150mm overlaps and sealed at the joints when used under concrete. EPDM has properties that make it suitable such as flexibility and chemical resistance. Metal sheets can be used but are costly and must be coated to prevent chemical reactions. The document provides information on properly installing and applying these various damp proofing materials and methods.
3 damp proofing
Damp is generally defined as unwanted water or moisture.
Dampness is the access and penetration of moisture content into building through its wall, floor, roof etc.
The existence of dampness in buildings is one of the most damaging failures that can occur in buildings.
Every building should be damp proof.
The main idea of damp-proofing is to protect buildings against the damaging action of water and humidity that act negatively upon constructions.
Neither humans nor buildings can tolerate too little or too much of water.
Excess water in buildings is called Dampness. The root of all evil is water.
In construction, a building or structure is waterproofed with the use of membranes and coatings.
Oil-based waterproofing is generally used for roof leakage after construction and uses only on the wall like a primer.
Moisture can also affect the health of occupants typically through the potential for breeding harmful organisms.
On the other hand, moisture reduces the shrinking cracks of wood and furniture, and up to a point, is necessary to avoid respiratory discomfort.
Thus, moisture is both a necessary constituency of our built environment and a potential liability.
The issue, then, is not to eliminate moisture from our buildings, but to control it and its movements.
Dampness in buildings
Dampness in buildings can cause health issues and damage to the structure. It is caused by factors like rain penetration, soil drainage issues, and defective construction. Remedies include installing damp proofing courses of flexible or rigid materials at locations like foundation level, parapets, and windowsills. Proper ventilation and moisture management can also help reduce excessive moisture in homes.
DAMP PROOFING TREATMENT FOR FLAT ROOF.
This document provides information on different techniques used for damp proofing flat roofs. It discusses causes of dampness such as poor construction materials and design flaws. Key techniques described include grading lime concrete, grading lime concrete with tiles, grading mud phuska with tiles, screed concreting, tar-felting, and using ethylene propylene diene monomer (EPDM). Each technique is explained in terms of materials used and steps of the application process to waterproof the roof and prevent dampness. Advantages and disadvantages of different techniques are also outlined.
Damp Proofing - Prevention of Moisture and Mildew
WILCOTE, the team of qualified and experienced professionals specializes in offering a range of services including damp proofing, interior and exterior paints & coatings, roofing, swimming pool refurbishment and more. Visit http://www.wilcote.co.za
Water leakage problem
Water leakage causes damage to structures and its contents Reinforcement corrosion , delamination, accelerated aging and increased maintenance costs are all serious concerns
Application design requirement specification for water demand , and water seepage study and investigation to locate the source of the seepage will reduce future damage to the structure and reduce maintenance costs. There are many reasons for water
leakage in buildings, some cases are caused by defective water pipes, sanitary fittings or drainage pipes or rain water leakage from roof and walls . Water leakage may come from dilapidated pipes in adjacent flats or even from inside the same flat. It may also be due to water seeping through common areas, such as the roof or external walls due to poor workmanship or inadequate design.
If water leakage is found in roof or walls or water supply or sewerage pipes and fitting and fixtures a proper investigation of the cause needs to be carried out
DPC treatment
This document discusses various methods of damp proofing buildings to prevent damage from moisture. It describes different materials that can be used for damp proof courses (DPC) like bitumen felts, mastic, and concrete. Methods are grouped into treatments for foundations, basements, floors, walls, roofs, and pitched roofs. Key steps include installing DPCs, drainage, waterproof plasters and membranes, and properly sloping surfaces to prevent water accumulation. Maintaining continuity of DPCs and properly detailing features like parapets is also important for effective damp proofing.
WATER LEAKEGE REMEDIES AND PRECAUTIONS IN RCC STRUCTURE
The document discusses various types of water leakage issues that can occur in reinforced concrete (RCC) structures and provides remedies and precautions. It covers types of terrace construction like brick bat coba and Indian patent stones that are used. It also discusses how to detect and repair slab leaks, leaks from terraces, roof leaks, and water damage to ceilings. Various supplies and tools needed for repairs are listed. Waterproofing systems using chemicals, coatings, and membranes are introduced. Causes of leakage like defects in construction, maintenance, and design are explained along with preventive measures.
444926084 water-proofing-ppt-pptx
This document discusses various aspects of waterproofing buildings, including:
1. It defines waterproofing as forming an impervious barrier to prevent water penetration through foundations, roofs, walls, and other structures.
2. It explains the need for waterproofing structures to provide moisture control, a safer foundation, healthier indoor environment by preventing mold/mildew, and eliminating insect growth.
3. It describes common waterproofing methods like cementitious, liquid membrane, bituminous membrane and coating, and polyurethane liquid membrane. It also discusses materials used and types available in the market.
Leakage in external walls of the buildings.
It gives an idea about how to control and detect the actual cracks in external and internal walls of the buildings.
Water proofing methods
This document discusses various common waterproofing methods used in construction, including cementitious waterproofing, liquid waterproofing membranes, bituminous membranes and coatings, and polyurethane liquid membranes. Cementitious waterproofing uses easily available cement-based materials and is commonly used internally, while liquid membranes form flexible rubbery coatings. Bituminous membranes are popular for low-sloped roofs and come in torch-applied and self-adhesive types. Polyurethane liquid membranes offer high flexibility but are more expensive and sensitive to moisture levels. The document provides details on the materials, applications, advantages and limitations of each method.
Causes and prevention of cracks in buildings
This document discusses cracks in buildings, including their causes and prevention. It begins by defining cracks and noting the importance of understanding crack causes and remedies. Structural cracks arise from design or loading issues, while non-structural cracks are due to factors like moisture, temperature changes, or chemical reactions. Common causes of cracks include structural deficiencies, temperature/shrinkage effects, poor workmanship, and settlement. The document outlines various crack types and investigation methods. It then discusses prevention techniques before concluding that cracks should be avoided in important buildings due to effects on aesthetics and leaks.
Waterproofing and insulaton
Waterproofing is used to prevent water from entering or escaping building structures. There are internal and external waterproofing membranes. Basement waterproofing is especially important to prevent hydrostatic pressure from causing moisture issues. Common types of basement waterproofing include sealants and water drainage systems. Sealants can be exterior or interior and come in different forms like films, paints or injected solutions. Water drainage systems use perimeter drains, pipes, and sump pumps to collect and remove groundwater from the basement. Proper waterproofing requires both sealing and drainage for effective below-ground protection.
WaterProofing Coatings
Monarch's technologically advanced MonoProof waterprooing systems cover every need of Building & Construction industry to protect from water ingress or loss of water through structures. The complete building structures from basement to roof are protected from rising dampness, moisture, seepages and leakages from basement to roof. The technology ranges to acrylic SBR latex, crystalline, epoxy, water repellant polysiloxanes, polyurethane and bituminous based formulations. The coating fills and seals concrete pores, micro cracks and capillary tracts in joints, walls and floors through which water seep through and forms an integral waterprooing compound without breaking the existing brickbat coba and concrete screed.
Features
Excellent resistance to hydrostatic pressure.
Reduces water and chemicals permeability.
Protection from water ingress at high water table areas.
Protection from freeze-thaw cycles, corrosion, aggressive groundwater, sea water, carbonates, chlorides, sulfates and nitrates.
Can be applied to either new or existing concrete as a coating (from the positive or negative side).
Application
Retaining walls
Foundation walls
Parking decks
Garden roofs
Cooling tower
Terrace
Basement / Foundation
Undergrond Tank
Overhead Tank
Reservoir
Ponds & Pools
Drink & Clean water storage tanks
Roofs
Balconies
Wet rooms like bathrooms
kitchens
Tunnels
Podiums
External/InteriorWalls
M/s Monarch Industrial Products (I) Pvt. Ltd.,
Post Box No.3,
No. 25, SIDCO Industrial Estate,
THENI - 625 531,
TAMIL NADU, INDIA
Skype ID : monarchindia.net
Linked-in ID : contact@monarchindia.net
WhatsApp : +(91)-9600992069
(+91) - 96009-92069
(+91) - 04546 - 251020, 250076
(+91) - 04546 - 253060
Toll-Free:1800 - 425 - 1070
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WATER LEAKEGE REMEDIES AND PRECAUTIONS IN RCC STRUCTURE
WATER LEAKEGE REMEDIES AND PRECAUTIONS IN RCC STRUCTURE
Similar to DPC
Water proofing
WATER PROOFING FOR BUILDING
The treatment given to prevent leakage of water from external source is generally termed as WATER PROOFING.
Usually extensive waterproofing measures are added to a building at the time of construction ,to provide moisture control form starting.
Waterproofing may also be done after a building is built ,to address problems as they emerge or as part of building retrofit.
Which Waterproofing Method Should You Opt For?
Discover the optimal waterproofing method for your project. Explore sealants, membranes, and more to ensure effective protection against water damage. Make the right choice for long-lasting safeguarding.
Special Treatments for Building construction
This includes different method of treatments given in the time of building construction like : Anti termite treatment, water proofing, fire proofing, acoustical architectural, thermal insulation etc.
Waterproofing Solutions.pdf
The greatest method to keep your house mostly safe from water damage is to install waterproofing systems. Bacteria and mildew may thrive in the cosy habitat created by damp walls and ceilings.
Special Treatments required for building construction
various special treatments like termite treatments, damp proofing, fire protections, acoustics etc required in building construction in civil engineering. Essential treatments before and after construction of residential as well as public buildings. Services essential for building construction for maintenance and long life of building
Wall finishes
Wall finishes are used to enhance the interior or exterior appearance of structures. Common wall finishes include paint, wallpaper, tiles, and panels made of materials like wood, stone and glass. Proper installation and maintenance of wall finishes is important. Various techniques are used for different types of wall finishes to achieve unique aesthetic effects. Common types of wall finishes mentioned are cement texture finish, plaster of Paris finish, gypsum plaster finish, glass mosaic finish, laminate finish and marble powder finish.
surface finish in building construction.pdf
The art of treating the surface with a suitable covering material to make it weather-resisting and decorative is called surface finishing. Examples: Plasters, paints, varnishes, whitewash, color wash, distemper, etc.
building construction .pptx hhhhhhjjjjjjjjhhhh
Paint, varnishes, plastering and rendering are surface finishing materials used in construction. Paint provides color and protection, and can be applied using brushes, rollers or pouring. Varnishes form a protective coating over surfaces like wood. Plastering involves applying plaster to create smooth surfaces, while rendering protects and decorates exterior walls. Sustainable materials and modern techniques are improving energy efficiency, assembly speed and design flexibility in construction.
First Line Of Defense
The document discusses protective wall coatings for masonry buildings. It notes that while masonry is durable, buildings will inevitably leak due to construction defects. Protective coatings can serve as the first line of defense against moisture ingress. The document outlines best practices for selecting, applying, and installing protective coatings to properly repair masonry and prevent water damage. These include assessing damage, using vapor permeable coatings formulated for masonry, installing mock-ups, and applying the coating uniformly to form a continuous protective barrier.
Presentation new
Star Coatings & Membranes Pvt. Ltd. is a company that has been designing construction chemicals and waterproofing systems for 15 years. It manufactures over 140 products at facilities in India and the UAE, serving 6 countries. The company's vision is to provide eco-friendly and cost-effective specialty chemicals to the construction industry with a commitment to excellence. Its product range includes admixtures, waterproof coatings and membranes, grouting products, and epoxy and polyurethane coatings. Star Coatings has a number of prestigious clients in various industries such as the military, railways, airports, and major corporations.
Pipaleshwar
PIPALESHWAR GROUP is a construction company based in Mumbai, India that specializes in structural restoration and rehabilitation of buildings. It was founded in 1975 and has restored over lakhs of square feet of area. The company comprises PIPALESHWAR ENTERPRISES, PIPALESHWAR CONSTRUCTION, and PIPALESHWAR CONCRETE SOLUTIONS. It provides services such as structural repairs, waterproofing, grouting, coatings, painting, plumbing, and sanitation. The company adheres to high quality standards and has experience with various types of construction projects.
WALL COVERING , WALLPAPER,PAINT AND THEARE TYPES
Wall covering and theare types
types of wall covering
paint wall covering
stone wall covering
metal wall covering
fabric wall covering
and many other types of wall covering
by ZAIDUL HAQUE
Waterproofing in buildings
This document discusses various methods and materials for waterproofing buildings. It describes common waterproofing materials like polyurethane liquid membranes, cementitious coatings, EPDM rubber, bituminous membranes, PVC, and thermoplastics. It also outlines methods for waterproofing basements, roofs, floors, toilets, and bathrooms. These include interior/exterior drainage systems and vapor barriers. Sheet and liquid-applied membrane waterproofing options are presented along with their advantages.
Group 2 brick masonry- 0506,1706,3006,5207
This document discusses repair and retrofitting techniques for masonry structures. It begins by outlining objectives and definitions of repairs and retrofitting. It then describes various causes of damage in masonry structures, including aging effects, construction errors, and maintenance issues. The document outlines different types of cracks seen in masonry structures and general causes. It discusses evaluation and various repair techniques like mortars, grouts, coatings, and mechanical anchors. Retrofitting techniques including surface treatments like ferrocement, reinforced plaster, and shotcrete are covered. The document provides details on methods like grout injection, post-tensioning, and confining masonry with reinforced concrete columns.
Useful construction chemicals in building construction
Construction chemicals play an important role in many construction projects by helping to achieve qualities like workability and durability. Some commonly used construction chemicals include curing compounds, form release agents, form sealers, waterproofing chemicals, water repellents, and swelling water stops. Curing compounds help seal concrete and prevent moisture escape. Form release agents facilitate stripping forms and produce smoother concrete surfaces. Additional construction chemicals that are useful include adhesives, bond breakers, concrete floor hardeners, rebar coatings, polyurethane foam, concrete protective coatings, epoxy grouts, epoxy primers, and epoxy paints/coatings. These chemicals have various applications and provide benefits such
Product list with coverage
Mx Cool Guard is a single component modified acrylic powder cool roof coating that is made on site by mixing the powder with water at a 2:1.5 ratio. It can be applied alone or as a base coat under Mx Cool Top, which is a bright white cool roof top coat with an SRI of 109 and coverage of 120 sq ft per coat per liter. Nano Stone Wash is a liquid solution that dissolves and removes salt efflorescence from bricks and stone facades with a coverage depending on the amount of efflorescence present.
Crystalline waterproofing technology
Effective use of crystalline waterproofing technology will reduce the
porosity and permeability of conventional concrete, and provide the high performance
advantages and benefits that building owners and design professionals have come to rely
upon in design and construction projects.
Topic plastic as building material (flooring & wall finishes)
The document discusses plastic as a building material for wall and floor finishes. It provides details on the types of plastics used, including polypropylene, polystyrene, acrylonitrile butadiene styrene, and others. It also discusses various plastic products used in construction, such as adhesives, sealants, roofing materials, pipes, and cladding panels. For wall finishes specifically, the document outlines plastics used like paints, wallpaper, and PVC panels. It also discusses vinyl, wood polymer composite, and stone polymer composite flooring options made from plastics.
Danish Iqbal (PPT)
This document provides information about Centrum Park, a real estate development project in Gurgaon, India. It includes the following key details:
- Centrum Park offers 2, 3, and 4 BHK apartments located in Sector 103 of Gurgaon near proposed metro stations and highways.
- Amenities include 80% open space, playgrounds, security features like CCTV and access control, a clubhouse, and parking.
- The project has connectivity to major roads like Dwarka Expressway and NH-8. Apartment sizes range from 900 to 2300 square feet starting from 1.9 crores.
- Fly ash bricks are being used for construction which provide benefits over
Curtain walls
explains various types of curtain walls like, vision glass, spandrel glass ,wooden veneer , stone veneer, terracotta, patent glazing ,metal curtain walls ,louvers and vents
Similar to DPC (20)
Special Treatments required for building construction
Special Treatments required for building construction
Useful construction chemicals in building construction
Useful construction chemicals in building construction
Topic plastic as building material (flooring & wall finishes)
Topic plastic as building material (flooring & wall finishes)
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URDPFI - 2016
The Urban and Regional Development Plans Formulation and Implementation (URDPFI) guidelines were updated in 2014 to accommodate changes in urban development since the original 1996 guidelines. The updated guidelines provide a framework for preparing spatial development plans at various levels from regional to local. It outlines approaches for sustainable planning, infrastructure planning, transportation planning, land use management, and other technical aspects of the planning process. The guidelines emphasize public participation, flexibility, and alignment of sectoral plans with overall master plans.
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DPC
- 2. Damp proofing in construction is a type of moisture control applied to building walls and floors to prevent moisture from passing into the interior spaces. Damp problems are one of the most frequent problems encountered in homes.
- 3. MEMBRANE DAMP PROOFING INTEGRAL DAMP PROOFING SURFACE TREATMENT GUNITING CAVITY WALL CONSTRUCTION
- 4. Surface treatments include any material applied to either horizontal or vertical surfaces of concrete to provide protection from dampness
- 5. The surface treatment can be by using penetrating sealers, surface applied corrosion inhibitors, surface sealers, high-build coating, membranes, overlays, and joint sealants.
- 6. Penetrating sealers are materials that are generally absorbed within the repaired concrete and the depth of penetration varies by the product, the size of the sealer molecule and the size of the pore structure in the concrete. The appearance of concrete surface is usually not affected by applying these sealers, only slight change in color may take place Sealers Boiled linseed oil ,Silanes , Siloxanes , Certain epoxies, Magnesium and Zinc fluorosilicates.
- 8. Surface-applied corrosion inhibitors are designed to reduce the rate of corrosion. The effectiveness and life expectancy of these materials varies with the properties of the concrete, site conditions and type of inhibitor material.
- 9. Sealers and paints are applied on the surface of concrete where it adheres. The finished thickness may be 0.03 to 0.25 mm. Pigmented or naturally colored paints are used according to the requirements, while transparent paints result in a wet or glossy appearance. (such as styrenebutadiene, polyvinyl acetate, acrylic or blends of these with other polymers dispersed in water).
- 10. High-build coatings are materials with a dry thickness between 0.25 mm and 0.75 mm applied to the surface of the concrete. High- build coatings alter the appearance of the surface and may be pigmented. The base polymers of such products include acrylics, alkyds, vinyl esters, chlorinated rubbers, urethanes, silicones, polyesters. These products are generally used for decorative or protective barrier systems but some products may be suitable for use against rain, salts, and mild chemicals.
- 11. Membrane systems are treatments with thicknesses between 0.7 mm and 6 mm applied to the surface of the concrete, significantly changing the appearance of the concrete surface. They may be bonded, partially bonded, or unbonded to the concrete surface. Elastomeric membrane systems generally have sufficient thickness and flexibility to bridge narrow, nonmoving cracks of various widths.
- 12. Overlays are depositions of 6 mm or greater in thickness that can be bonded, partially bonded, or unbonded to the surface of the concrete. The details of the overlay materials and the placing methods are given earlier. The materials for the overlays may be Portland cement concrete, latex modified concrete, polymer concrete and silica-fume concrete.