Weep holes
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Weep holes in masonry walls serve an important purpose by allowing moisture to drain out of the cavity behind the wall. They help prevent water from accumulating and causing damage to the building. Weep holes should be installed at the base of walls and around openings like windows at regular intervals, with a recommended spacing of every 33 inches. While some homes were built without weep holes and have not experienced issues, their inclusion is considered a best practice and is required by most building codes. The absence of functioning weep holes can eventually lead to problems like rust, wood rot, or insect damage if water is unable to drain properly.
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Basement Waterproofing
As a homeowner, you can be proactive or reactive in waterproofing your basement. If you are proactive, you take preventative measures to protect your home. If you are reactive, you wait until your home has a problem before coming up with a solution. This basement waterproofing article will go over proactive and reactive measures to waterproofing your basement.
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This article doesn't cite any references or sources. Please facilitate improve this text by adding citations to reliable sources. Unsourced material is also challenged and removed.
Basement Waterproofing refers to techniques wont to stop water from getting into the basement of a house or alternative building. Effective below ground waterproofing can embody each evacuation and sealers.
basement waterproofing
Hiring an experienced basement waterproofing firm is important to effectively waterproof a basement. Professionals can evaluate the home to identify vulnerable leak points and recommend the best waterproofing methods, such as exterior excavation, interior drain installation, or negative side sealant. The most effective waterproofing technique is typically an exterior foundation drain system that diverts water away from basement walls. Homeowners should also consider regular inspections and maintenance to prevent future water issues. Finding the right contractor is key to resolving basement water problems effectively.
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Leakage can occur in both old and new constructions. Mostly it has been witnessed in old constructions. This indeed is a major problem faced by the buildings. As it is affecting both exterior and interior look of buildings and also causing damage to structural members. It also harms paint of the wall. The problem includes survey of not only leakage, but also dampness and seepage in the residential blocks. This study provide a better and more scientifically based understanding of the role of waterproofing materials to assist the prevention of moisture from penetrating sub-grade walls and slabs. The significance of the research topic is to provide a review of the development of waterproofing materials in implementing waterproofing system in building industry with some case study reference in the current market in India.
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The document summarizes the causes and solutions for water leakage and dampness occurring on ceilings beneath concrete slabs or tiled surfaces on rooftops. Moisture from dew, rain, or overflowing water tanks is able to permeate through the porous concrete or grout joints of tiles and accumulate on the ceiling below, sometimes causing mildew growth or structural damage. To prevent this, the document recommends using a seamless waterproof floor system that creates an impermeable barrier, resisting water absorption and microbial growth.
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As a homeowner, you can be proactive or reactive in waterproofing your basement. If you are proactive, you take preventative measures to protect your home. If you are reactive, you wait until your home has a problem before coming up with a solution. This basement waterproofing article will go over proactive and reactive measures to waterproofing your basement.
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Basement Waterproofing refers to techniques wont to stop water from getting into the basement of a house or alternative building. Effective below ground waterproofing can embody each evacuation and sealers.
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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.
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.
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.
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Water can seep into your basement and damage the foundation of your home, When leaks occure. A waterproofing specialist can evaluate the waterproofing needs for your home. No matter what your home setup or waterproofing need is, County Basements Ltd can provide the right solution for you. Visit our site for more info: www.countybasements.co.uk
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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
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The objective of this presentation is to provide you with an overview on what is Air Leakage / Air Tightness Testing, what the general principles are when it comes to achieving the required levels of Air Tightness for compliance with the Building Regs.
We also provide some guidelines on how you can achieve it.
We outline the changes to Air Tightness testing with the introduction of the ATTMA Competent persons scheme & Certificate Lodgement, along with what is and what isn’t acceptable regarding temporary sealing.
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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.
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Basement Waterproofing Nationwide is a company that specializes in basement waterproofing services. They have over 25 years of experience and positive testimonials from past clients who were satisfied with the work. Their services include sump pumps, backup power systems, wall reinforcing, and certification to help solve wet basement problems. They work with homeowners, builders, and commercial clients. The owner, Steve Taylor, started the company in 1987 and remains actively involved in providing advice to customers.
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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,
External rendering & dampness in buildings rma surveyors, newbury
External cement renders are often improperly used, trapping moisture inside walls and leading to damp problems. Cement renders crack over time as buildings move, allowing water in but not out. A flexible lime render is better as it permits evaporation. Render should not extend to the ground or cover damp proof courses. Hiring an experienced building surveyor can help diagnose damp issues and recommend proper render specifications.
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Basements are floors of a building that are partially or completely below ground level. Waterproofing prevents water passage with hydrostatic pressure, while damp-proofing retards moisture absorption without pressure. Basements require waterproofing to prevent flooding, structural damage, and property damage from hydrostatic pressure, concrete cracks, capillary action, and vapor transmission. Effective waterproofing systems prevent liquid water penetration under pressure and include protection, drainage to reduce pressure, and accessory products. Common waterproofing methods are surface water and groundwater control, waterstops at construction joints, cementitious systems, structurally integral protection, membrane systems, drained cavity protection, ferrocement on piles, and remedial systems.
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The document discusses the importance of waterproofing buildings, especially in basements. Waterproofing creates a protective layer around the building to prevent water from seeping in, as water intrusion can damage structural elements. It is important for below-grade areas to prevent issues like flooding, water damage, and mold. While concrete is commonly used, it can crack over time and needs to be treated to prevent water from entering through cracks. Waterproofing protects the interior from damage and promotes long-term comfort, while also preventing basement flooding and saving money in the long run.
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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
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.
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.
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.
Basement Waterproofing
Water can seep into your basement and damage the foundation of your home, When leaks occure. A waterproofing specialist can evaluate the waterproofing needs for your home. No matter what your home setup or waterproofing need is, County Basements Ltd can provide the right solution for you. Visit our site for more info: www.countybasements.co.uk
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
Waterproofing. Concrete. Civil Engineering . Rebair & Rehab
This document discusses various waterproofing techniques used in construction. It begins by explaining why waterproofing is necessary to prevent damage to buildings from water ingress. Then it describes different types of waterproofing materials and methods, including liquid waterproofing membranes made of bitumen, polyurethane, or acrylics; sheet membranes such as EPDM, polymer-modified bitumen, or PVC; injectable grouts for repairs; and integral waterproofing admixtures added to concrete. The document provides details on the properties, advantages, and disadvantages of each technique. It emphasizes that proper selection and application of waterproofing methods is important to prevent water leakage into buildings.
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Helps understand building construction and how water proofing in done in buildings, especially basements.
waterproofing
Hi-bond is a manufacturer of construction chemicals established in 1997. They produce a full range of roofing and waterproofing systems, including the Hi-Guard waterproofing membrane. Hi-Guard is a single component, liquid rubber polymer membrane that forms a seamless, flexible, elastomeric waterproof barrier. It is suitable for waterproofing foundations, walls, balconies, and wet areas. Hi-bond also supplies products like tile grouts and adhesives, protective coatings, and crack sealers. They aim to provide expert technical support to customers.
Waterproofing of Terrace / Roof
Dura Build Care Pvt. Ltd is an ISO 9001:2008 certified construction company established in 1998 that provides waterproofing and construction products and services. It has a network across North India and factories in Haryana. The document then outlines a 16 step process for waterproofing a terrace that includes surface preparation, crack filling, grouting, applying three coats of a polymer cement coating reinforced with fiber mesh, pond testing, protective plastering, and drainage provisions.
Flashing 101
Flashing is an integral part of the Water Restrictive Barrier or WRB system.
It prevents air and water from infiltrating the home and improves energy efficiency.
Mitten distributes a complete line of flashing products tailored to be used in many home exterior project applications.
Waterproofing
The document discusses the importance of waterproofing building envelopes and emphasizes that it is about implementing a complete system. It notes that water penetration is a major threat and most often occurs due to improper installation. It outlines various components of an effective waterproofing system, including membranes, flashings, sealing methods, and compatible windows, doors, and trim. It stresses the need to understand how the system interfaces with wall components, anticipate water infiltration points, and ensure proper specification, documentation, installation, and field testing of the full waterproofing system.
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Top ten tips for air tightness compliance
We are going to present information on the following topics relating to Air Tightness Testing.
What is Air Leakage –The common Air Leakage Paths - General Principles & the Air Line - Building Tight – Walls, Dry Lining & Ceilings - Harron Homes some specific detail - ATTMA Competent persons Scheme & Certificate Lodgement - Temporary Sealing - Checklist
The objective of this presentation is to provide you with an overview on what is Air Leakage / Air Tightness Testing, what the general principles are when it comes to achieving the required levels of Air Tightness for compliance with the Building Regs.
We also provide some guidelines on how you can achieve it.
We outline the changes to Air Tightness testing with the introduction of the ATTMA Competent persons scheme & Certificate Lodgement, along with what is and what isn’t acceptable regarding temporary sealing.
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This document discusses sources of moisture that can lead to structural damage if ignored, including excessive watering of plants near structures, leaky plumbing, and poor drainage. It also identifies areas where wood contacts soil as risks for termite and fungus infestation. Inspection procedures are outlined for examining the exterior, interior, attic, and crawl space/substructure of a building to identify moisture issues, wood-soil contacts, and signs of termite or fungus activity. Inspectors are advised to thoroughly check all accessible areas and note any areas that require access to fully inspect.
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This document discusses sources of moisture that can lead to structural damage if ignored, including excessive watering of plants near structures, leaky plumbing, and poor drainage. It also identifies areas where wood contacts soil as risks for termite and fungus infestation. The inspection process is outlined, including exterior examination of the structure and surrounding soil, interior inspection with a focus on plumbing fixtures and appliances, attic inspection, and crawl space inspection with attention to areas under porches, patios, and plumbing vent locations. Thorough inspection of all accessible areas as well as documentation of any inaccessible areas is emphasized.
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This document discusses standards for integrated pest management (IPM) for rodent control. It covers various exclusion methods like inspecting for and sealing entry points, as well as setting traps and bait stations. Exclusion methods involve inspecting areas like attics, crawl spaces, foundations and more for holes and damage that allow rodent entry. Materials for exclusions include hardware cloth, copper mesh, caulking and foam. Placement of traps and bait stations is also important, with them placed along wall edges and other areas where rodents travel. The document provides details on effective rodent control techniques that minimize pesticide use.
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This document discusses standards for integrated pest management (IPM) for rodent control. It covers various exclusion methods like inspecting for entry points and sealing them with materials like copper mesh or hardware cloth. Poisoning alone is not usually the best solution and exclusion and environmental alterations are most effective long term. Trapping can also be effective without using pesticides. The document discusses inspecting and sealing potential entry points around the exterior and interior of structures. It also covers setting traps and bait stations in rodent pathways for effective control.
Sources and Causes of Conducive Conditions (1).pdf
This document provides guidance on inspecting structures for moisture and termite issues. It discusses examining the exterior for signs of moisture problems from sources like improper irrigation, plumbing leaks, or poor drainage. Specific areas to inspect include foundations, siding, vents, and any wood in contact with soil. The interior, attic, and crawlspace should also be checked for moisture signs and termite damage. Proper equipment and techniques are outlined, such as using lights, mirrors, and moisture meters to thoroughly inspect accessible and inaccessible areas. Inaccessible areas should be noted on reports with recommendations to access for further inspection.
Slide show does stucco leak
1) Tests show that stucco does not leak liquid water, as water cannot pass through intact stucco.
2) Leaks in stucco buildings are usually caused by other sources like roofs, windows, doors, penetrations through walls, or gaps around these openings that allow water to enter.
3) Large cracks in stucco can potentially allow water to pass, but normal cracking seen in stucco does not result in leaks.
Problems faced by building by moisture or precipitation.pptx
Moisture problems occur when excess moisture accumulates or becomes trapped in a part of a building that should be dry. They can happen in just about any building, new or old, and usually occur because of design oversights, construction errors or improper maintenance.
House maintainance checksheets
Safety check, roof check, Strata timber pest check, and maintenance check are all very important. Preventing and minimising accidents is very important to occupants and visitors to your property.
122 F Street
This document summarizes the scope of work for a home inspection performed at 122 F Street in Chula Vista, California. The inspection was conducted according to industry standards and evaluated the condition of the home's structures, roof, and exterior. The inspector noted that the roof appeared older and could not guarantee it does not currently leak or may leak in the future. They recommended further evaluation by a licensed roofing contractor and potentially replacing the roof.
Dampness in Architecture.pptx
Dampness in buildings can occur through various means and cause health, structural, and aesthetic issues if not addressed. There are four main types of dampness: 1) condensation damp from temperature differences inside and out, 2) penetrating damp from external leaks, 3) rising damp from groundwater, and 4) efflorescence damp which leaves white salt deposits. Dampness can be prevented through proper ventilation, roof and wall maintenance, damp-proof barriers, and waterproofing treatments. Once present, dampness must be located and treated at the source to stop damage and mold growth.
Aia moisture preventionlunchlearnfinal
This is a program outlining how architects can prevent moisture damage in masonry cavity wall and single wythe CMU construction. If you would like to have a Mortar Net Solutions representative present this program as a live Lunch and Learn program, please email afox@mortarnet.com
Healthy Space Crawlspace Fix To Damp, Wet, Moldy, And Unhealthy Crawlspace.
The document discusses the problems with vented dirt crawl spaces, including increased moisture which can lead to mold, higher energy bills, and structural damage. It proposes a 4-step solution to properly seal and waterproof crawl spaces using a plastic liner, sump pump system, ventilation sealing, and dehumidification to create a dry, healthy space. Building codes still require vented crawl spaces despite evidence that this is not optimal and can cause moisture issues.
Dampness.pptx
Structural dampness in buildings can be caused by penetrating damp, rising damp, or condensation. Penetrating damp is caused by water leaking through walls from issues like leaking gutters or pipes. Rising damp occurs when groundwater is absorbed up through bricks. Condensation damp is caused when warm, moist air meets a cold surface like walls and the moisture condenses. To address the causes, homeowners need to inspect for issues like blocked gutters, damaged render or bricks, lack of a damp-proof course, or excess moisture indoors that could lead to condensation.
Air bricks
This document discusses air bricks and ventilation under wooden ground floors. It explains that air needs to circulate under floors to prevent humidity and condensation from causing rot. Air bricks built into exterior walls allow air flow, but many have been blocked over time. It is important to open all air bricks spaced at 1800mm to allow air to flow freely under the floor. Inserting new air bricks involves cutting a hole in the wall and installing a venting sleeve to prevent debris blocking the hole. Special sleeves are available if the ground level has risen or for installing air bricks below an extension against the house. Creaking floors can be caused by deterioration of the wall plate supporting the floor joists, requiring replacement of the plate.
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.
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More from Cincinnati Home Inspectors, BPG
Cincinnati Home Inspector Sample Inspection Report
This document provides a summary of the key findings from a home inspection report. There are 12 action items identified that require repair or further evaluation. These include issues with ventilation in a bathroom, window hardware, an uncapped gas pipe, a garage door sweep, a faulty GFCI outlet, a furnace that short cycled, crawlspace issues, attic stairs, siding, door trims, and a window with a broken thermal seal. An additional 30 consideration items are also noted that may require repair over time if left unattended. The full inspection report contains detailed findings, photos, and general property information across multiple sections.
Aluminum Wiring
Aluminum wiring was commonly used in homes built in the 1960s and 1970s as a cheaper alternative to copper wiring. While aluminum wiring is still permitted by code, homes built before 1973 using single-strand aluminum wiring are considered "old technology" and may be prone to overheating and fire if connections loosen over time. Newer homes built since 1973 using "new technology" wiring with proper labeling of breakers and devices are much less likely to have issues. Homeowners with old aluminum wiring should monitor for signs of problems and consider upgrading switches and outlets to newer aluminum-compatible components.
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Buyers, sellers, and real estate professionals want an honest home inspection that provides essential information without causing undue worry. Buyers Protection Group aims to meet this need with inspectors who communicate findings objectively and provide ongoing support. Their inspections include insurance, a 90-day guarantee, 12 months of advice, and a satisfaction guarantee. As one of the largest employee-based inspection companies, BPG employs over 240 trained professionals to conduct thorough inspections that meet or exceed industry standards.
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Over 24% of homes in the Cincinnati area have high radon levels according to tests of over 11,000 homes. A map shows average radon levels by zip code, with some areas over 6 pCi/L which is above the EPA action level. The document provides contact information for a home inspection and radon testing company and includes a radon release form for buyers to decline radon testing.
Mold, Mold, Mold. Its Everywhere
Mold has become a widespread issue that homeowners and insurance companies often dispute over. Excess moisture is the primary cause of mold growth, so preventing water leaks and excess humidity can stop mold. A home inspection can help identify potential moisture problems by examining signs of intrusion, and most mold issues can be addressed without major costs if the moisture source is eliminated. However, extensive mold may require a professional for proper remediation.
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The document discusses selecting a reliable home inspection company. It recommends choosing a company with qualified inspectors who can objectively present the home's condition without alarming buyers or sellers. The company highlighted, Buyers Protection Group, provides home inspections that include insurance, a 90-day guarantee on major systems, and 12 months of extended advice to help manage issues that arise after purchase. They employ over 240 trained inspectors and aim to add value through their services and guarantees.
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Weep holes
- 1. P E R S P E C T I V E S Weep No More Have you ever seen holes or plastic tubes in the mortar joints just above the foundation and over windows and doors? Sometimes there is a small length of rope sticking out of the joint instead of a hole. Note -- you aren’t seeing sloppy construction, the holes or piece of rope are supposed to be there. Don’t seal them up because they serve a valuable purpose. While a masonry wall is the first line of defense against water penetration, it can leak. Masonry is porous and can absorb moisture in extreme weather conditions. Weep holes are the exit port for the drainage cavity behind the masonry wall. If the wall is built correctly, the weep holes allow moisture behind the masonry to exit. These holes also serve as pressure equalizers making it less likely that wind-driven rain will penetrate the wall. The drainage cavity has five essential elements: 1) The exterior wythe (the vertical section of a wall that is equal to the width of the masonry unit) of masonry provides the first resistance against moisture penetration, 2) An air space of at least one inch, 3) An interior wythe of masonry or other material such as frame wall, 4) Flashing at all interruptions in the drainage cavity such as at the base of the foundation and around the openings for such windows, 5) Weep holes at all flashing locations -- recommended spacing of 33 inches. For a cavity wall to function properly, water that collects on flashing must be able to drain through the weep holes to the exterior or the building. If weep holes do not function properly, water collecting in the cavity can infiltrate the building interior. There are many homes built with no weep holes that have or will likely never become a problem. However, good building practices and most building codes suggest weep holes should be installed when the home is built. Many code officials will look the other way or allow occupancy without the installation of weep holes. Conversely, the absence of weep holes occasionally allows so much moisture to accumulate that metal fasteners turn to rust, wood-destroying insects are encouraged, or rot develops. It is unlikely that a visual home inspection will reveal these problems unless conditions are so severe that cracks in the walls or other indicators are visible. The most likely visual manifestation of a problem will be water stains, damp areas or rot at the foundation plate and/or floor band as well as stains Provided by: Rob Rehm Buyers Protection Group Residential and Commercial ASHI Certfied Inspectors The Best Inspectors. Anywhere. To place your next order, please call 800-285-3001 or damp areas at the top of the foundation wall. Weep holes can be added. However, most masonry experts question the effectiveness of retrofit without at least partial removal of the masonry, which is very expensive. Home inspections are not code compliance inspections. Professional home inspectors can look and determine if weep holes are present, however, they have no way to ensure absence of hidden moisture damage without invasive investigation. Therefore; it is our perspective that weep holes should be installed when they are missing on a property. We’re working to be your expert -- we’re working to earn your business Home Warranty I Home Inspections I Commercial Inspections I Environmental Home Warranty is offered and administered through BPG Home Warranty Company. ©2010 BPG is a registered trademark of BPG Holdings, LLC.