Protect your hands from temperatures up to 750° F. Good for jobs that don’t require high dexterity, these mitts are easier to slip on or off than gloves. If you’re switching between tasks, you can also put them on over gloves. They meet ANSI/ISEA 105 standards for heat resistance—they’re rated 5, which is the highest possible level of heat protection. These mitts have a layer of Kevlar between the thumb and pointer finger to increase wear resistance and extend their life. A water-resistant coating helps keep your hands dry.

Handle everything from frozen samples to freshly soldered circuit boards without contaminating your clean room. These mitts protect your hands between -75° and 390° F. They don’t shed fibers, so your clean room stays clean. Compared to gloves, they’re easier to slip on and off—and they can even be worn over gloves—but aren’t a good choice when you need high dexterity. These mitts meet EN 374 standards for protection against chemicals.

Easy to pull on or off, these mitts are made for welding tasks that don’t require high dexterity. An aluminum backing shields your hands from radiant heat and sparks. The palm is leather for a balance of durability and comfort. These mitts have a separated index finger so you can squeeze the trigger of your welding gun.

Often used in cold storage, these gloves keep hands warm while preventing nicks and scrapes. A layer of insulation traps body heat and shields you from both hot and cold surfaces. All meet ANSI/ISEA 105 standards for various forms of protection, such as resistance to cuts, abrasions, or heat. The higher the rating, the greater the protection.

Often used for maintaining low-voltage electrical equipment, these gloves protect you from arc flashes and sharp edges. They meet ANSI/ISEA 105 standards for cut, abrasion, puncture, or heat resistance. They’re also tested to meet either NFPA 70E or ASTM F2675 standards for arc-flash protection. All have an arc rating, which measures their ability to insulate the wearer from burns. The higher the arc rating, the greater the flame resistance. Made with Aramid fabric, these gloves resist radiant heat and flames.

They also have an ANSI cut rating, which reflects the amount of force required to cut through them with a razor blade.

Go from furnace to freezer without switching gloves—these gloves can handle everything from red-hot ceramics to ice-cold liquid nitrogen containers. They’re made from PBI fabric, so they safely drain static electricity to prevent damage to sensitive electronic parts. Ideal for controlled environments, these gloves are low-linting. Plus, they’re ambidextrous, so you can wear them on either hand to extend their life. All have an ANSI heat resistance rating of 5, the highest possible rating.

Protect your hands from intermittent exposure to flames and radiant heat. Made with the same material used in fire suits for race car drivers, these gloves won't ignite, burn, or melt.

Designed for work with sensitive electronics, these gloves shield your hands from heat and keep electrostatic charges from building up. They’re often used for printed circuit board (PCB) soldering.

These flexible leather gloves protect your hands from intermittent direct contact with objects or surfaces heated up to 500° F. The more layers of self-extinguishing fabric between the leather and the lining, the longer a glove can withstand exposure to heat. Holding heavy objects may decrease temperature rating.

Often worn when stress-testing semiconductors—where parts go from freezer to furnace—these gloves won't contaminate your clean room. They’re cleaned and bagged in environments with low levels of particulates. These gloves also give you more dexterity when handling items than the basic pinching you get with mitts. Plus, they're ambidextrous, so you can wear them on either hand to extend their life.

Often used for casting and ceramics production, these cotton gloves are the traditional choice for jobs involving intermittent moderate heat. All have an ANSI/ISEA 105 rating for conductive heat resistance, which reflects how well gloves protect hands from contact with hot surfaces. A higher rating means better protection.

When you need extra heat protection while welding, snap the included pad onto the back of these gloves. Pull it off for tasks that require dexterity. Made of aluminized fiberglass, the pad deflects radiant heat, sparks, and spatter.

Made of aluminized fabric, these gloves reflect radiant heat and protect against sparks. Often used for forging metal or manufacturing glass, they protect your hands from intermittent exposure to extreme heat. All of the gloves are aluminized on the back of the cuff, hand, fingers, and thumb.

Protect your hands from intermittent exposure to extreme heat during jobs that don't require high dexterity. Mitts are more convenient to put on and take off than gloves. Holding heavy objects may decrease temperature rating.