How to Weather Protect Your Building Construction Materials?

How to Weather Protect Your Building Construction Materials?

Construction damage from severe weather events can add both time and cost to a project.

While predicting and reacting to such conditions in a timely fashion is not always possible, a documented and practiced contingency plan can help contractors brave the elements.

Seasonal temperature changes vary from place to place depending on the location, for example their proximity to the mountains or seaside. Thus understanding the location and the type of temperature changes that will affect the construction material becomes of utmost importance.

Being able to manage the effects of bad weather is the key to prevent damage to construction materials, worksite, and equipment. It will also ensure that the project isn’t compromised or delayed. This begins with recognizing the most common causes and mitigating them before they take effect.

Here are a few steps that will prove useful for managing bad weather during construction projects. https://buildsupply.com/

Wind Hazards

Construction materials can easily be displaced by forceful winds. Although an anemometer can be used to register wind speed and determine the conditions that are critical enough to cease operations, what’s also important is to stay prepared to protect the materials from wind-related damage. For the purpose.    

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Mulch and topsoil must be shielded using a tarp or sprayed with water to prevent erosion.

Temporary windbreaks must be erected to prevent stockpiles from being gusted away with the wind.

Special heed must be paid to larger materials that need to be secured tightly to avoid damage.

If you are planning your construction in a storm-prone area, insulated concrete blocks are an ideal bet. Being extremely rigid, they can withstand storm-force winds and hold up well against a wall.

Another part that is most damaged during such events is the roof. Therefore, close attention must be paid to the “impact resistance” rating when buying roofing material.

Rain Damage Heavy rain can be one of the leading causes of damage to the construction site. Hail can break glass and dent sheet metals. Doors, windows, and roofs are the common pathways through which rainwater can enter the site. Here’s how you can stay prepared:    

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Permanent and temporary drainage systems must be installed in potential flood areas. Electrical work is to be kept off until monsoons are over.

Construction materials can be kept dry by storing them on pallets, covered with a heavy tarp.

Doors, windows and roofs should be secured as soon as possible.

Finished products such as flooring, drywall, millwork, etc. mustn’t be installed until the building is watertight. Temporary coverings can be used to protect finished work.

It’s also important to have a cleanup kit and trained personnel at the construction site to mitigate the damage.

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Heat Damage One of the worst ways heat affects construction materials is by changing their expansion dimensions which leads to misaligned joins during construction. Heat also affects concrete.

According to the American Concrete Institute, concrete preparation on hot days without considering additional water requirements leads to weaker applications. Here’s how heat damage can be mitigated:    

Concreting during the warmest parts of the day is a strict no. Specific attention must be paid to prevent surfaces from drying.

Materials such as cement, sand and stone aggregators can be protected from heat by keeping them under a covering, preferably a shed.

Moisture evaporation can be avoided by using wet gunny bags or hessian cloths once the concrete has consolidated.

Brittle bricks and cracked paint are some other consequences of heat. Hardening of the bricks can be avoided by keeping them under shade.

Moisture Damage High humidity can cause significant damage to your construction and building materials.

This is especially true for metals that are susceptible to rust such as iron and steel. Some other materials that are affected by moisture include iron, glue wood, and paint. When applied to different surfaces, these materials tend to accumulate mold in a moist environment. Here’s how you can prevent it:   

Metalsthat tend to rust must be keptin a storage facility to keep them dry.

Moisture affected bricks can trap moisture during the construction phase that can cause problems at a later stage. Hence they must be installed and used with caution.

Iron, wood, paint and glue must be kept in a dry place. If possible, install a dehumidifier at the site to keep moisture in check.

Remember, it’s not just the materials but also the personnel, the planning, the application and equipment that can be affected by weather extremities. The key is to plan smartly and be prepared for any unexpected weather hazards.

The present era demands the construction of structures that can survive the natural catastrophe for which due diligence of the extent of calamity a locality may face must be taken. Incorporating the above-mentioned practices and materials into the design of the structure can significantly help protect the construction materials against severe weather conditions. https://buildsupply.com/

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