Coveralls or uniforms have become one of the mandatory requirements in all industries, including but not limited to oil and gas, aviation, logistics, construction, manufacturing, healthcare, utility and power, hospitals etc. Coveralls can help to protect workers from the following hazards:
- Chemicals Resistant Coveralls: Coveralls can protect workers from exposure to chemicals by preventing them from coming into direct contact with the skin. This is important in industries where workers are exposed to hazardous chemicals, such as manufacturing and construction.
- Cotton Coveralls, Poly Cotton Coveralls, Twill Cotton Coveralls (Or Pant & Shirts): Coveralls can help to protect workers from dirt and debris by keeping it off their clothing. This is important in industries where workers are exposed to dirt and debris, such as construction and manufacturing.
- Fire Retardant Coveralls: Coveralls can help to protect workers from fire by providing a barrier between the flames and the skin. This is important in industries where there is a risk of fire, such as manufacturing and construction.
- Cuts and Abrasions Resistant Coveralls: Coveralls can help to protect workers from cuts and abrasions by providing a barrier between the skin and sharp objects. This is imperative in industries where workers are exposed to sharp objects, such as manufacturing and construction.
- Weather conditions-Winter Jackets, Raincoats, Rain Suits: Coveralls can help to protect workers from inclement weather, such as rain, snow, and wind. This is vital in industries where workers are exposed to the elements, such as construction and agriculture.
- Disposable Coveralls: Disposable coveralls are made of lightweight and breathable materials, such as polypropylene, and are used for tasks that don’t require heavy duty protection. These coveralls are ideal for tasks that require a low to moderate level of protection, such as painting or working with hazardous chemicals.
- High Visibility Coveralls: High visibility coveralls are designed for workers who need to be seen in low light conditions, such as construction workers and emergency responders. These coveralls are made of reflective materials and brightly colored fabric, providing maximum visibility and reducing the risk of accidents.
Additional benefits of overalls:
- Identify workers: Coveralls can be used to identify workers, which may be important in a variety of situations, such as during an emergency.
- Promote safety culture: Wearing coveralls can help to promote a safety culture in the workplace. It shows that workers are taking their safety seriously.
- Increase productivity: Wearing coveralls can help to increase productivity by preventing workers from having to worry about their clothing getting dirty or damaged.
Choosing and wearing coveralls:
- Choose coveralls which are made from a durable material that is resistant to chemicals, dirt, and debris.
- Choose coveralls that fit properly and are not too loose or too tight.
- Choose coveralls that have a variety of pockets for storing tools and equipment.
- Choose coveralls that are flame-resistant if you are working in an environment where there is a risk of fire.
- Ensure that the coveralls are clean and free of defects before each use.
- Inspect the coveralls for wear and tear regularly and replace them as needed.
- Wash the coveralls after each use according to the manufacturer’s instructions.
What are safety standards for different types of coveralls?
Here are some of the key safety standards for different types of safety coveralls:
- Flame resistant coveralls: Flame resistant coveralls are designed to protect workers from exposure to heat and flames. They must meet the requirements of EN ISO 11612, which specifies the performance requirements for protective clothing against heat and flame. The standard covers a range of properties, including heat resistance, flame spread, and thermal insulation.
- Chemical resistant coveralls: Chemical resistant coveralls are designed to protect workers from exposure to hazardous chemicals. They must meet the requirements of EN 14605, which specifies the performance requirements for protective clothing against liquid chemicals. The standard covers a range of properties, including resistance to penetration by liquids and resistance to chemical permeation.
- High visibility coveralls: High visibility coveralls are designed to make workers more visible in low light conditions. They must meet the requirements of EN ISO 20471, which specifies the performance requirements for high visibility clothing. The standard covers a range of properties, including the colour and retroreflective properties of the material.
- Anti static coveralls: Anti static coveralls are designed to prevent the build-up of static electricity, which can be a hazard in certain work environments. They must meet the requirements of EN 1149, which specifies the performance requirements for protective clothing with electrostatic properties. The standard covers a range of properties, including surface resistance and charge decay.
- Welding coveralls: Welding coveralls are designed to protect workers from exposure to heat and sparks generated during welding. They must meet the requirements of EN ISO 11611, which specifies the performance requirements for protective clothing for welding and allied processes. The standard covers a range of properties, including resistance to ignition, molten droplets, and UV radiation.