Moisture proofreaders prevent moisture from entering buildings, assessing repairs and applying chemicals to prevent damage. They need expertise in masonry, woodwork, and math, and must be physically capable. Moisture can cause structural and health issues, including mold and insect infestations.
A moisture proofreader is a professional who works to prevent moisture, usually caused by water, from entering or penetrating buildings and causing damage or other unsafe conditions. They are usually involved in the construction of new buildings, but they also work on older buildings to prevent dampness or to solve existing problems. Moisture proofreaders are also often involved in assessing repairs that are needed due to water or other sources of damp conditions.
The skills needed to be a moisture proofreader are varied. They must be knowledgeable about a variety of chemicals and be able to apply them properly to prevent moisture penetration as well as being able to repair damage caused by it. Areas of expertise needed to be a waterproofer include masonry, masonry, woodwork and structural stability of buildings. A good understanding of math and the application technologies used is also important for a moisture proofreader as they must determine the amounts and proportions of various chemicals used as water and moisture proofing agents when using different application methods.
In addition to technical knowledge, moisture proofreaders must also be physically capable. Moisture proofing can involve digging, climbing, and other activities such as transporting mortar or large amounts of product to and from a job site. Additionally, they may need to work long hours to meet necessary construction or repair schedules.
The work that moisture testers do is vitally important to the longevity and safety of buildings. If a building is not moisture-proof, surrounding groundwater can be absorbed by a structure’s foundation and basement walls. In many areas, this groundwater can also carry various salts and other minerals into the structure. Over time, these salts and other minerals can eat into a building’s foundation or seriously degrade a structure’s walls, weakening concrete, dissolving mortar between masonry blocks, or causing dry rot in structural wood segments. If the damage done is sufficient, the building could collapse under its own weight or be condemned and subsequently demolished.
In addition to structural issues, moisture can lead to health-related issues. If moisture is allowed to penetrate a building, particularly in often dark areas such as basements or attics, mold and other fungus can form and spread to other areas of the structure. Additionally, certain types of insects and other pests can be attracted to a structure due to excessive moisture and damage the building or make it unsafe for human occupancy.
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