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It is essential to understand all the conditions that can create explosive environments. While many workplaces might seem safe, there could be hidden dangers that require the proper equipment to enter them safely.

Protect workers, reduce fire risks, and improve productivity by storing flammable fuels and chemicals in code-compliant flammable storage safety cabinets.

Equipping harnesses with suspension trauma safety straps is an easy and effective way to help delay and possibly help prevent the onset of negative symptoms brought on by orthostatic intolerance resulting from a fall from height while in a full-body harness.

There are a lot of gloves on the market that are arc flash tested and designed for arc flash but are not voltage rated. This has caused confusion in the marketplace as to differences between arc flash gloves and rubber insulated electrical gloves. While often lumped into a general category known as “arc flash gloves”, there are big differences that need to be clearly understood.

Cold work gloves protect the wearer from real physical harm when working in a cold environment with exposure to cold surfaces or cold or freezing products.

Protect workers from hazardous cold weather-related injuries and illnesses. Learn about symptoms of and solutions for frostbite, hypothermia, and more.

The Occupational Safety and Health Administration (OSHA) compiles and shares data annually to alert employers about commonly cited standards on a federal level. State OSHA agencies may compile their own lists. What do these all mean for you, your employer, and your company?

The exponential growth in renewable power generation (wind and solar particularly) as well as electric vehicles (EV), both fully electric and plug-in hybrid, adds additional hazards and risks to the manufacture and servicing of these vehicles. Of increasing interest is the “test it as you use it” approach. While AC is the primary method of electrical testing, the ASTM Specifications for Electrical Protective Equipment for Workers do include both AC and DC test voltages and maximum use voltages for safety. Therefore, it makes sense to DC test electrical gloves for use in applications or environments where there is exposure to DC energized circuits and equipment.

Safety is everyone’s responsibility. In this post, we look at each level of the organization and their respective contributions to the safety of both the individual and the industry as a whole.

Out-Of-Hospital Cardiac Arrest (OHSCA) is responsible for approximately 350,000 deaths in the U.S. annually and is responsible for twice as many fatalities than all other workplace injuries combined. You don’t need to be a professional rescuer to help a SCA victim while waiting for emergency services to arrive. The victim’s best chance of survival is immediate CPR and a rescuer with an AED.

Do you know what level of protection your employees are receiving from their hearing protectors? Now you can with a field attenuation estimation system (FAES). FAES is a quantitative method for individual fit testing hearing protection devices (HPDs). This blog describes the 3M™ E-A-Rfit™ Dual-Ear Validation System and the value it can provide for your hearing loss prevention program (HLPP).

Voltage-rated gloves and leather protectors are a worker’s first line of defense against electrical shock, but there continues to be industry-wide confusion around the usage of these two products as a system for optimal protection against electrical shock.

Flame-resistant (FR) apparel is crucial for workers in a variety of industries. As technology and fabrics have evolved, so has the ability to offer work apparel that can provide greater protection from work hazards than ever before.

Selecting the right Hi-Viz multi-season workwear can feel like an arduous task given the overwhelming amount of options available. Read on to discover the critical factors and key elements for consideration to help simplify the process and better protect your workers!

We are surrounded by electricity. The exposure could be relatively low voltage in residential and industrial settings. Or the exposure could be even greater in the case of work near high voltage power lines, including repairing storm damage. Knowing whether the lines and equipment are energized is crucial. Read more to learn how to detect energized lines and equipment.

There is no one way to conduct a stand-down, so you can really choose a mix of activities that are pertinent to your workplace and employees. The stand-down can also include discussions of near-misses or actual incidents to help employees learn from past mistakes and take steps to prevent them from reoccurring.

If your occupation involves working in high heat, it’s important for you and your employer to be aware of the environmental conditions and take the necessary steps outlined in the current OSHA National Emphasis Program on Outdoor and Indoor Heat Hazards.

Industrial workers today are surrounded by potential arc flash and electrical hazards which have the power to cause serious harm. Employers and facility owners should establish safe work practices to protect their workers against arc flash and electrical incidents including the use of personal protective equipment (PPE) such as rubber insulating gloves and leather protector gloves to ensure safety, compliance, and cost savings.

Thousands of people are blinded, injured, or killed each year from occupational accidents that could have been prevented or minimized if appropriate PPE had been used. Learn more.

As more facets of our daily life rely on electricity, the risk of electric shock not only increases but spreads to workers in industries that traditionally may not have faced electrical hazards on a regular basis. Along with increased electrification, the use of DC (Direct Current) power is also on the rise, as renewable energy and electric vehicle (EV) demand continues to grow.