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.

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.

Shirts are hip length to protect against dirt, grime, and light liquid splashes. They are breathable and lightweight to keep you cool while working. They have snaps down the front and open cuffs.

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.

Protect sensitive equipment from damage and malfunction—these jackets quickly divert static electricity. Surface resistivity of unlaundered fabric is 10⁶ ohms. These jackets are made of a durable cotton/polyester blend to protect against wear and abrasion in workshops and labs. They have snaps down the front and adjustable snaps on the cuffs. Cuff snaps may also be attached to a grounding point. Jackets cover your hips and have one chest pocket and two waist pockets.

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

Protect sensitive equipment from damage and malfunction—these coats quickly drain static electricity. Surface resistivity of unlaundered fabric is 10⁶ ohms. These coats are made of a durable cotton/polyester blend to protect against wear and abrasion in workshops and labs. They have snaps down the front and adjustable snaps on the cuffs. Cuff snaps may also be attached to a grounding point. They are knee length with one chest pocket and two waist pockets.

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 sensitive equipment from damage and malfunction—these coveralls gradually divert static electricity. They have a surface resistivity of 10¹⁰ ohms. Made of a polyester/carbon fiber blend, these coveralls are low linting and wrinkle resistant. They have a flap down the front, which conceals the zipper from dirt and grime. They have seven pockets, open cuffs, and an elastic waist.

When measuring chest size, measure around the fullest part of your chest. Take all measurements over any clothing you expect to wear under the coveralls. Long coveralls are 2" longer than regular coveralls in the torso, sleeves, and legs, so they are recommended for workers 6' 1" and taller.

Keep dust and other particles on your shoes from contaminating clean rooms. These covers stretch to fit over most shoes (up to men’s size 15), and an elastic band 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.

To keep contaminates off of your hands, apply and remove these covers 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.

These single-use gloves prevent cross contamination and provide the dexterity needed for intricate work. All are made of FDA listed materials for use with food.

Chemical-resistant gloves protect against incidental chemical contact such as spills and splashes.

Static-control gloves minimize the buildup of electrostatic charge to protect sensitive equipment from damage. They have antistatic properties.

Nitrile gloves are a good alternative for those concerned with latex allergies.

Textured-surface gloves provide a better grip than smooth gloves.

Powder-free gloves are good for applications where particulate contamination is a concern.

Handle small items when dexterity is essential and full hand coverage isn't needed. All of these cots are for single use.

Static-control cots minimize the buildup of electrostatic charge to protect sensitive equipment from damage.

Nitrile cots are a good alternative for those concerned with latex allergies.

Powder-free cots reduce the risk of contamination from particulates.

Also known as wave solder gloves, wear these to avoid damaging static-sensitive electronic parts. They have a nitrile coating that protects hands while soldering.

Avoid damaging static-sensitive electronic parts. These gloves are breathable and absorb perspiration during periods of extended wear.

Nitrile-coated gloves provide extra protection without limiting dexterity. They also provide a secure grip.