Protect the front of your body from dirt, grime, and other materials. These aprons tie in the back.

Polypropylene offers economical protection in environments where liquid splashes and abrasion resistance are not a concern.

Tyvek polyethylene provides better tear and abrasion resistance than polypropylene, polyolefin, and polyethylene. It holds up to occasional contact with nonhazardous liquids, such as water and paint spray. It is made of heat- and pressure-bonded fibers for a material that’s soft yet strong.

Breathable to keep you cool and comfortable, these pants protect against dirt, grime, and light liquid splashes. They have an elastic waist and open cuffs.

Tyvek polyethylene is made of heat- and pressure-bonded fibers for a material that’s soft yet strong.

Kleenguard polypropylene is made of five layers of nonwoven fabric, so it is more abrasion resistant and harder to tear than Tyvek polyethylene. The material is antistatic, so it protects sensitive equipment from electrostatic discharge.

Designed to meet clean room standards, these coats act as a barrier between the worker and the room to prevent pollutants, such as dust particles and microbes, from contaminating a space. They’re suitable for use in clean rooms rated to both Federal Standard and ISO classes. In both systems, clean rooms with lower class ratings have fewer contaminants. They are knee length with elastic cuffs on the sleeves, which help keep liquid splashes out.

Tyvek polyethylene holds up to occasional contact with nonhazardous liquids, such as water and paint spray. It is made of heat- and pressure-bonded fibers for a material that’s soft yet strong. These coats are disposable.

Polyester greatly outlasts Tyvek polyethylene. It resists abrasion and liquid splashes and is reusable when laundered to clean room standards—lasts for up to 100 washes. Must be laundered prior to first use.

Use the size chart for general guidance. When choosing a size, consider individual body shape and clothing worn underneath.

Designed to meet clean room standards, these coveralls act as a barrier between the worker and the room to prevent pollutants, such as dust particles and microbes, from contaminating a space. They’re suitable for use in clean rooms rated to both Federal Standard and ISO classes. In both systems, clean rooms with lower class ratings have fewer contaminants. They provide full body coverage and have a zipper down the front.

Tyvek polyethylene is made of heat- and pressure-bonded fibers for a material that’s soft yet strong. It holds up to occasional contact with nonhazardous liquids, such as water and paint spray. These coveralls are disposable. They have elastic cuffs to help keep liquids from splashing in.

Polyester greatly outlasts Tyvek polyethylene. It resists abrasion and liquid splashes and is reusable when laundered to clean room standards—lasts for up to 100 washes. Must be laundered prior to first use. These coveralls have knit cuffs to keep sleeves in place and prevent liquids from splashing in, as well as snaps on the collar and snaps on the pant cuffs to modify the fit.

Use the size chart for general guidance. When choosing a size, consider individual body shape and clothing worn underneath.

Designed to meet clean room standards, these aprons prevent pollutants from contaminating the space. Aprons resist spills and splashes from acids, alkalies, and other chemicals. They have sleeves with elastic cuffs to help keep liquids from splashing in. They are disposable.

Also known as bouffants, these hats and hairnets keep hair contained to reduce contamination. Designed to meet clean room standards, they act as a barrier between the worker and the room to prevent pollutants, such as dust particles and microbes, from contaminating a space. They are rated Class 100 for use in clean rooms containing fewer than 100 particles larger than 0.5 microns in each cubic foot of air space. Use these hats and hairnets for short- to medium-length hair.

Designed to meet clean room standards, these hoods act as a barrier between the worker and the room to prevent pollutants, such as dust particles and microbes, from contaminating a space.

Lower clean room classes have fewer and smaller contaminants.

Tyvek polyethylene holds up to occasional contact with nonhazardous liquids, such as water and paint spray. It is made of heat- and pressure-bonded fibers for a material that’s soft yet strong. These hoods are disposable.

As you breathe through them, these respirators filter out contaminants in the air. Throw them out when soiled, damaged, or breathing is difficult.

N95 respirators filter out 95% of solid particles. They are not oil resistant.

N99 respirators filter out 99% of solid particles. They are not oil resistant.

N100 respirators filter out 99.97% of solid particles. They are not oil resistant.

R95 respirators resist oil exposure for up to 8 hours and filter out 95% of solid particles.

P95 respirators resist oil exposure for up to 40 hours and filter out 95% of solid particles.

P100 respirators resist oil exposure for up to 40 hours and filter out 99.97% of solid particles.

Respirators with an exhale valve reduce breathing resistance and hot air buildup. They release your unfiltered breath out of the mask, so they are not for use in a medical setting.

Respirators with a mesh shell hold their shape in heat and humidity.

Respirators with a comfort strap unbuckle to let the mask hang loosely around your neck when not in use.

Slip on this mask for protection from dust irritation.

Comfortably wear face masks for extended periods in food-processing facilities. Also known as ear savers, these extenders secure mask straps to the back of your head instead of your ears, and have notches to adjust masks to fit more tightly or loosely. To help you comply with Hazard Analysis and Critical Control Point (HACCP) programs, they contain metal additives that will be caught by metal detectors if they fall into a batch of food. These extenders are also bright blue, making them easy to spot and remove. They’re FDA compliant for direct contact with food.

Made of thick, soft foam, these cushions reduce the pressure of elastic face mask straps on your ears to prevent chafing and soreness over long periods of wear. They’re flexible to fit any ear shape and durable for repeated use. Cushions have a groove to securely hold straps, so they won’t fall off.

For use in light duty applications that don’t require much impact resistance, these plastic shields protect your eyes, nose, and mouth from dust, liquids, sneeze and cough particles, and other debris. Because they’re lightweight, they’re comfortable to wear for long periods of time. Note: Shields do not meet ANSI/ISEA Z87.1.

Shields with an elastic headband have a padded frame for comfort.

Shields with mounting brackets attach to safety glasses or other eyewear. They’re less likely to interfere with hair, hard hats, or other head gear than shields with an elastic headband.

Protect your eyes and face from particles and light debris in food industry environments. The headband and padded frame on these face shields contain metal and chemical additives, so they’ll be detected by metal detectors and X-ray machines if a piece breaks off and falls into your line. The headband and padding are also bright blue, making them easy to see if they get into a batch. By giving you a way to catch contaminants, these face shields help you comply with Hazard Analysis and Critical Control Point (HACCP) programs. Lightweight, adjustable, and padded, they’re comfortable to wear for extended periods of time.

These covers are lightweight and protect shoes from dirt, grime, and liquid splashes.

Use polyethylene covers around food processing plants while reducing the risk of contaminating the food. To help you comply with Hazard Analysis and Critical Control Point (HACCP) programs, these covers contain metal additives that will set off metal detectors if they—or any piece of them—fall into your line. They’re also light blue, making them easier to spot than other white or gray covers. These covers are FDA compliant for direct contact with food.

Tyvek polyethylene covers are tear and abrasion resistant. Made of heat- and pressure-bonded fibers, they’re soft yet strong. Those with a skid-resistant sole grip wet and slippery surfaces for good traction.

Kleenguard polypropylene covers have five layers of nonwoven fabric, so they’re more abrasion resistant and harder to tear than Tyvek polyethylene covers. They’re also antistatic, so they protect sensitive equipment from electrostatic discharge.

Keep dust and other particles on your shoes from contaminating clean rooms. These covers have an elastic band that keeps them in place once they’re on. Made of lightweight fabric, they won’t weigh you down. They’re also water resistant, so your feet stay dry in wet areas.

Polyethylene and polypropylene covers are disposable. They stretch to fit over most shoes (up to men’s size 15). To keep contaminants off of your hands, apply and remove them with Dispensers and Removers for Clean Room Shoe Covers. They’re quick, hands-free, and you don’t need to bend down to use them. Polyethylene covers are best for short-term use. For long-term wear, use polypropylene covers—they’re more durable than polyethylene. They also have a skid-resistant sole that's coated to keep you from sliding on slick floors. These covers won't generate a static charge, so they're safe to use around sensitive electronic equipment.

Reusable when laundered to clean room standards, polyester covers resist abrasion and liquid splashes. They last up to 100 washes; wash them prior to first use. These covers have adjustable snaps, so you can create a secure and comfortable fit around your shoe.

Designed to meet clean room standards, these boot covers act as a barrier between the worker and the room to prevent pollutants such as dust particles and microbes from contaminating a space. They are rated Class 100 for use in clean rooms containing fewer than 100 particles larger than 0.5 microns in each cubic foot of air space. They are knee high with an elastic top and a tie at the ankle. A skid-resistant sole grips wet and slippery surfaces for good traction.

Use these sleeves alone or with gloves to protect your arms.

Polypropylene sleeves offer economical protection in environments where liquid splashes are not a concern. They offer better abrasion resistance than polyethylene gloves.

Tyvek polyethylene sleeves are made of heat- and pressure-bonded olefin fibers that form a barrier that's soft yet strong and abrasion resistant. They resist liquid splashes, but are not recommended for continuous liquid exposure.

Kleenguard polypropylene sleeves are tear resistant and have three layers of fabric for more abrasion resistance than Tyvek polyethylene. The material is antistatic. It also resists liquid splashes, but is not recommended for continuous liquid exposure.

Tychem 2000 (formerly known as Tychem QC) sleeves are polyethylene coated for protection from inorganic acids and bases.