Although many employees typically provide some or all of their own work attire, it is the employer who will be issued a citation if a worker who is exposed to electric arc or flame hazards is not wearing flame-resistant (FR) clothing.
Even the most comprehensive safety program can only mitigate—not eliminate—risk associated with the flash fire hazard. A valuable means of mitigating injuries is implementing a solid PPE program around FR clothing. In a flash fire context, flame resistant clothing provides further protection and offers a foundational defense. This paper guides safety managers and purchasers in the selection, use, care and maintenance of clothing for flash fire protection that’s compliant with the industry consensus standard NFPA® 2112.
Hot, bulky, too tight or too loose - what starts out as required personal protective equipment (PPE) can become oppressive after four, eight or even 12 hours at work. The temptation for an overheated worker to pull off a glove or hood, roll up sleeves or unzip a coverall for a moment of relief can be irresistible.
Producing flame-resistant (FR) fabrics dates back to around 450 B.C. when textiles made from asbestos, which was known to have fire-resistant properties, were used to wrap the bodies of the deceased before they were placed on funeral pyres.
Petroleum refineries are laden with various thermal and chemical hazards. Adequate personal protective equipment (PPE) is instrumental in providing a safe work environment for employees to complete the task at hand.
Did you know that electrical workers are now required to wear arc rated head and neck protection while on the job? The most recent update to OSHA 1910.269 mandates that when working on or around electrical hazards, 360-degree FR protection is required.
The world’s top athletes wear high-performance fabrics to optimize their competitiveness and have better concentration on the task in front of them. Can high performance FR fabrics help your employees be safer, more focused and achieve a better safety culture?
Workers in utility and oil and gas industries have specific needs for high-visibility and FR protection on the job. They operate in areas with large amounts of electrically charged equipment and flammable materials, often during nighttime and in complex settings.