Safety Hard Hats

Shop OSHA and ANSI compliant construction hard hats and safety helmets and minimize the risk of on-the-job impact injuries with Enviro Safety Products.

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Protecting your employees from workplace hazards isn’t just common sense. It’s the law. At EnviroSafetyProducts, we have what it takes to protect your workers and your business – including hard hats that meet ANSI Z89.1 standards. With a variety of economical safety hats to choose from, we’re your one-stop shop for protective headgear. We carry a wide array of colors, sizes and styles so you can find exactly what you need, so please, browse our extensive collection today.

OSHA and Safety Hard Hats

The Occupational Safety and Health Administration requires employees to wear safety hard hats when there’s any potential for head injury. Whether it’s from possible impact, from falling or flying objects, or from electrical shocks or burns, employers must provide safety hats for employees who face head-related dangers in the workplace.

29 CFR 1926.100 also requires that safety hard hats meet the standards outlined by the American National Standards Institute. ANSI Z89.1-1969 and ANSI Z89.2-1971 cover both impact and penetration hazards and shock and burn standards. Some workplaces may have to use head protection that complies with ANSI Z89.1-1997, ANSI Z89.1-1986 or ANSI Z89.1-1986, as well.

What Occupations Usually Require Hard Hats?

Several occupations have inherent hazards that require the use of safety hats. Construction workers, electricians, carpenters, plumbers and many more types of workers may need to wear hard hats while on the job. Additionally, linemen, timber and log cutters, pipe fitters, welders and other employees may also need them.

What to Look for in a Safety Hard Hat for Your Workplace

OSHA says that safety hard hats should resist penetration by falling or otherwise moving objects, be water-resistant and slow-burning, be able to resist the shock of a blow and be accompanied by clear instructions that detail proper adjustment and replacement of the suspension and headband.

Hard hats should sit between one and 1.25 inches away from the wearer’s head in order to provide maximum shock absorption. That space is also vital for providing good ventilation.

If your employees need to wear other PPE, such as magnifying safety glasses, dust mask respirators or two-way radio headsets, you’ll have to make sure that the safety hard hats you order won’t interfere with their safety.

Classes of Hard Hats

Hard hats are divided into three categories: Class A, Class B and Class C. Class A safety hard hats can provide both impact resistance and protect the wearer from up to 2,200 volts of electricity. Class B safety hard hats protect the wearer against up to 20,000 volts of electricity while providing protection against impact and penetration from moving objects. Class C hard hats provide protection against moving objects, but not against electrical hazards.

Hard Hats: Implementing a Safety Program

Before your employees can enter a potentially hazardous area, they’ll need to don a safety hard hat. As an employer, you’re responsible for providing your employees with the appropriate personal protective equipment, adequate training so they can use it properly, and enforcing your own safety standards. Failure to do any of these things may result in your business being out of compliance with OSHA standards.

OSHA estimates that 25% of the 2+ million disabling work injuries that happen every year are cranial, affecting the head, eyes, or face with varying degrees of severity. The devastation that can result from a head or neck injury is well-known and documented, ranging from concussions to paralysis to death. Ever since their famous debut on the construction sites of the Hoover Dam and the Golden Gate Bridge, hard hats have become a modern icon of America’s rugged productivity. Today they’re one of the most important items to have in an industrial environment, where hazards from falling/swinging objects or electric shock are very real. Even tiny parts like screws or washers can generate deadly force when dropped from height. Every hard hat consists of two basic components: shell and suspension. These elements work together to absorb shock from impacts. Suspension systems serve a dual purpose of keeping the hat on the head (the suspension itself is usually attached to a headband) and of stretching to absorb the force of an object applying pressure to the outer shell. There may still be some contact with the skull depending on the force of the blow, but it will be dramatically reduced from the trauma one would incur without suspension, or without head protection at all. The standard impact test for a hat is an eight-pound weight dropped from five feet above, which is approximately equal to the force generated by a wrench, hammer, or other tool after falling twenty feet. Two basic types and three classes of hard hats exist. Type 1 hats focus their protection on the top of the head, while Type 2 also have protective measures on the sides. Class G hats will protect the wearer from low-voltage conductor accidents (2200 volts or less). Class E does the same, but for high-voltage conductors (20000 volts or less). Class C hats are made of conductive aluminum and only protect from impact and penetration, so they should not be used in electrical work applications. You’ll often see workers put stickers on their hats to make them identifiable and express their individuality, but stickers can contain metal elements that could compromise the electric resistance of the shell. If you’re adamant about your hat sticker, make sure it’s positioned an inch or more above the brim. Many factors can affect the lifespan of a hard hat. Extreme temperatures on either end of the thermometer will compromise the material over time, as will prolonged exposure to UV rays. If using them in those conditions can’t be avoided (such as on a construction site at high noon), they should be stored indoors after hours in a space where temperatures aren’t so dramatic and UV exposure is limited. Every hat should be inspected daily for signs of compromise such as cracks and dents, in which case they must be discarded and replaced. If a hat sustains an impact, even if it has no visible damage, it also must be discarded and replaced. Hats used in harsher environments that are exposed to continuous heat, sunlight, or chemicals may lose flexibility or take on a chalky appearance. A single hat shouldn’t be used for longer than two years, and it’s recommended that the suspension be replaced annually. It’s important to recognize that hard hats are not comfortable or pleasant to wear, and the companies that design and manufacture them have found numerous innovative ways to make them more appealing. This can take the form of superficial designs appealing to patriotism or sports fandom, but also practical improvements such as full brims for extra shade, rain troughs to divert water from the face, and slots that make the hat compatible with accessories (faceshields, headsets, etc.) without compromising protection. Suspension is crucial, and comes in several varieties. The degree to which it redistributes force is determined by how many points of contact it has with the shell. Hats will have 4, 6, or 8 suspension points. More points, more protection. Simple enough. Suspension systems are adjustable, either with a ratcheting knob that can be easily twisted or a pinlock that has to be adjusted more meticulously. A suspension should be replaced when it loses pliability, no longer fits securely in the hat, or develops cracks or tears. Be consistent when replacing suspensions and make sure they’re from the same manufacturer. In the course of a day, depending on what kind of work you’re doing, your hat will get anywhere from lightly dirty to absolutely filthy. Remove the suspension and wash the shell with mild soap and warm water, as harsh cleaning fluids could compromise the shell. If a sticky substance (tar, sap, etc.) refuses to come off, either replace the hat or leave it be. Air-dry it when you’re done and store it in a clean area with a stable temperature.