Made of SBR-coated polyester, these aprons repel water and other nonhazardous liquids. They have a tie in the back.

Rubber coatings keep oil, water, and other liquids from penetrating these aprons. They tie in the back.

Acrylic/Buna-N blend won’t crack in cold conditions. These aprons provide good abrasion resistance and have a soft polyester/cotton backing.

Buna-N coated cotton/polyester is durable, yet more flexible than Buna-N coated polyester. These aprons also withstand solvents.

Buna-N coated polyester is thicker than Buna-N coated cotton/polyester for added durability. In addition to resisting oil, these aprons withstand some solvents.

PVC-coated polyester withstands some exposure to diluted acids in addition to oil but is not recommended for use with chemicals. Aprons with a reinforced stomach have an extra layer of fabric over the stomach for added protection.

Neoprene-coated nylon aprons also resist fats, grease, and some solvents. With long sleeves, these aprons provide more coverage than other aprons so they're often used in transferring liquids and food processing. They have elastic cuffs to keep splashes out.

Keep workers clean and protected from spills and splashes on food processing lines while reducing the risk of contaminating the food. These aprons contain metal and chemical additives that will set off metal detectors and show up on X-ray machines if they—or any piece of them—fall into your line. They’re also bright blue, making them easy to spot. Use these aprons to help you comply with Hazard Analysis and Critical Control Point (HACCP) programs for food safety.

Made of thermoplastic polyurethane (TPU), these aprons repel water, chemicals, and oil, including vegetable oil and animal fats. They also resist tears and abrasion, and will remain flexible in low temperatures. They can be machine washed and reused multiple times.

Sleeved aprons provide better coverage than bib aprons, so they’re often used in applications with higher risk of splashes.

Made of 99% polyester and 1% carbon fiber, these coats repel liquids. These knee-length coats are also known as barrier coats. They have knit cuffs to keep liquid from splashing into sleeves.

When measuring chest size, measure around the fullest part of your chest. Take all measurements over clothing you expect to wear under the coat.

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.

Polyolefin provides excellent resistance against acids and chemical splashes. It is abrasion resistant and holds up to occasional contact with nonhazardous liquids, such as water and paint spray.

Polyethylene is often used in food preparation. It holds up to occasional contact with nonhazardous liquids. Some polyethylene aprons are metal detectable—they have a metal additive that sets off metal detectors if a piece of the apron falls into your line. They’re also blue, so it’s easy to find and remove the piece. They help you comply with Hazard Analysis and Critical Control Point (HACCP) programs to keep contaminated food from leaving your facility.

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.

Comformax/polyester blend is a specially treated wood pulp and fabric blend material that repels liquids, including blood and other bodily fluids. It has good tear resistance and offers some breathability.

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.