Lint-Free Gloves | McMaster-Carr

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Fluorescent Yellow/Fluorescent Orange

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1× 10^6 ohm to 1× 10^8 ohm

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31 Products

Inspection Gloves


Cotton Fabric with Open Cuff	Nylon Fabric with Open Cuff	Nylon Fabric with Knit Cuff

Keep fingerprints and other contaminants off of parts during inspections.

Cotton Fabric—Cotton gloves are soft and comfortable.

Nylon Fabric—Nylon gloves are stretchable and more form fitting than standard cotton inspection gloves.

Open Cuff—Gloves with open cuffs are more convenient to put on and take off than other gloves.

Knit Cuff—Use gloves with knit cuffs for a secure fit.

	Lg.	Cuff Style	Hemming	Color	No. of Gloves Included	Choose a Size (Glove Size)		Pkg.
Cotton Fabric



	Light	9"	Open	Unhemmed	White	12 Pair	S (7), L (9), XL (10)	5452T1	00000


	Light	14"	Open	Unhemmed	White	12 Pair	L (9)	5452T4	00000
	Medium	8 1/2"	Open	Unhemmed	White	12 Pair	S (7), L (9), XL (10)	5452T2	00000
	Heavy	8 1/2"	Open	Unhemmed	White	12 Pair	S (7), L (9)	5452T3	00000


	Nylon Fabric



			—	8 1/4"	Open	Hemmed	White	12 Pair	XS (6), M (8), L (9)	5443T22	00000


			—	9 1/4"	Knit	Unhemmed	White	5 Pair	L (9)	53575T6	0000

Heat-Protection Static-Dissipative Gloves


Nitrile-Coated Nylon Fabric	Polyester Fabric with Grounding Snap

Nomex Fabric

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.

Nitrile-Coated Nylon Fabric—Nitrile-rubber-coated gloves protect your hands from flux fumes and the chemicals in solder. They’re also known as wave solder gloves.

Polyester Fabric with Grounding Snap—Polyester gloves don’t shed lint or fibers, so they’re a good choice for areas that you need to keep clean. A snap on the cuff lets you attach them to a grounding point.

Nomex Fabric—Nomex gloves withstand higher temperatures than polyester or nitrile-coated gloves, and they won’t melt or drip when exposed to heat or flames. They’re lined with polyester for extra insulation. Since they don’t shed lint or fibers, you can wear them in areas that need to stay clean.

	Texture	Lining Material	Knitting Ga.	Lg.	Cuff Style	Color	Max. Temp., ° F	For Heat Exposure Type	Surface Resistance, ohm	Choose a Size (Glove Size)		Pair
Nitrile-Coated Nylon Fabric



	Palm	Textured	—	13	9"	Knit	Black/Gray	200	Direct	1× 10^6	S (7), M (8), L (9), XL (10)	7838T21	00000


	Palm	Textured	—	13	10"	Knit	Black/Gray	325	Direct	1× 10^8	S (7), M (8), L (9), XL (10), 2XL (11)	8203N11	0000


	Polyester Fabric with Grounding Snap



			—	Smooth	Polyester Fabric	13	14"	Open	White	300	Direct	1× 10^10	S (7), M (8), L (9), XL (10)	8203N14	00000


			Nomex Fabric



					—	Smooth	Polyester Fabric	13	11"	Open	White	570	Direct	1× 10^10	S (7), M (8), L (9), XL (10), 2XL (11)	8203N13	000000


					—	Smooth	Polyester Fabric	13	16"	Open	White	570	Direct	1× 10^10	S (7), M (8), L (9), XL (10), 2XL (11)	8203N12	000000

Low-Linting Cut-Protection Gloves

Minimize fabric contamination with these low-linting gloves. All meet the ANSI/ISEA 105 standard, which designates levels of cut resistance based on the force needed to cut through the material of the glove using a razor blade.

								Pair
	ANSI Cut Rating	Lg.	Cuff Style	Color	Specs. Met	Choose a Size (Glove Size)		1-11	12-Up
Kevlar Fabric



		A4	9 1/2"	Knit	Yellow	ANSI/ISEA 105	S (7), M (8), L (9)	56125T3	00000	00000

Static-Dissipative Inspection Gloves

Handle your most sensitive electronics without causing damage. These gloves not only dissipate static charges but also reduce the transfer of contaminants from your hands that could disrupt components. They’re also low-linting, so they won’t shed fibers on parts. These gloves are often worn during electronic manufacturing and in labs.

Fingertips—Gloves with coating on the fingertips are more breathable than gloves with coating on the palm.

Coating Material—Gloves with coating improve your grip but won’t leave marks on parts.

												Pair
	Texture	Coating Material	Coating Coverage	Knitting Ga.	Lg.	Cuff Style	Touchscreen Compatible	Color	Surface Resistance, ohm	Choose a Size (Glove Size)		1-11	12-Up
Carbon Fiber/Nylon Fabric



		Smooth	—	—	13	8 1/2"	Knit	Yes	Gray/Green	1× 10^6 to 1× 10^8	XS (6), S (7), M (8), L (9), XL (10), 2XL (11)	8221N111	00000	00000


		Smooth	Polyurethane Rubber	Fingertips	13	8 1/2"	Knit	Yes	Gray/Green	1× 10^6 to 1× 10^8	XS (6), S (7), M (8), L (9), XL (10), 2XL (11)	8221N118	0000	0000
		Smooth	Polyurethane Rubber	Palm	13	8 1/2"	Knit	Yes	Gray/Green	1× 10^6 to 1× 10^8	XS (6), S (7), M (8), L (9), XL (10), 2XL (11)	8221N126	0000	0000

Static-Dissipative Gloves


No Coating	Palm Coating

Full Coating

Made with conductive fibers, these gloves safely drain static electricity to prevent damage to sensitive electronic parts.

Nitrile-Coated Nylon Fabric—Nitrile-coated gloves are more durable than gloves coated with polyurethane.

Nitrile-Coated Polyester Fabric—Nitrile-coated gloves are more durable than gloves coated with polyurethane.

Polyurethane Rubber-Coated Polyethylene Fabric—Polyurethane-rubber-coated gloves are thin and lightweight. Use them for assembly work, small parts handling, and other jobs that require a sensitive touch. They’re fully coated to keep liquids out, so your hands stay dry.

Polyurethane Rubber-Coated Nylon Fabric—Polyurethane-rubber-coated gloves are thin and lightweight. Use them for assembly work, small parts handling, and other jobs that require a sensitive touch. They’re fully coated to keep liquids out, so your hands stay dry.

Smooth—Smooth gloves are grippy enough to handle dry objects. They allow for more precise handling than textured gloves.

Textured—Textured gloves give you extra grip on wet or oily objects.

ANSI/ISEA 105—Gloves that meet ANSI/ISEA 105 standards are rated for various forms of protection, such as resistance to cuts, abrasions, or punctures. The higher the rating, the more protection.

EN 388—Gloves that meet EN 388 adhere to European standards for resistance to abrasions, tears, cuts, and punctures. This rating is similar to ANSI/ISEA 105.

EN 16350—Gloves with EN 16350 certifications are safe to use in areas where there's a risk of explosion or flammability, also known as ATEX zones.

									ANSI Rating
	Coating Coverage	Texture	Knitting Ga.	Lg.	Cuff Style	Touchscreen Compatible	Color	Surface Resistance, ohm	Cut	Abrasion	Puncture	Specs. Met	EN Mechanical Risk Rating	Choose a Size (Glove Size)		Pair
Nylon Fabric



		—	Textured	13	9"	Knit	No	Gray	5.6 × 10^6	—	—	—	—	—	S (7), M (8), L (9)	53575T4	00000


		Nitrile-Coated Nylon Fabric



				Palm	Smooth	21	9 3/4"	Knit	Yes	Black	1× 10^8	A1	3	2	ANSI/ISEA 105, EN 388, EN 16350	3121A	XS (6), S (7), M (8), L (9), XL (10), 2XL (11)	7838T121	0000


				Nitrile-Coated Polyester Fabric



						Palm	Smooth	13	9 1/2"	Knit	Yes	Gray/Black	2.9 × 10^5	—	—	—	EN 388, EN 16350	4111A	S (7), M (8), L (9), XL (10), 2XL (11)	7838T144	0000


						Polyurethane Rubber-Coated Polyethylene Fabric



								Full Hand	Smooth	18	10"	Knit	Yes	Black	1× 10^9	A3	1	3	ANSI/ISEA 105, EN 388	4X32CX	XS (6), S (7), M (8), L (9), XL (10), 2XL (11)	7838T136	0000


								Polyurethane Rubber-Coated Nylon Fabric



										Full Hand	Smooth	18	10"	Knit	Yes	Black/Blue	1× 10^8	—	3	2	ANSI/ISEA 105, EN 388	3111XX	XS (6), S (7), M (8), L (9), XL (10), 2XL (11)	7838T128	0000

Cut-Protection Clean Room Gloves


Style A	Style B

Snip circuit board leads, inspect silicon wafers, and handle other sharp components in clean rooms. Not only are these gloves rated to protect your hands from cuts, they’re also lint-free and unlined to prevent shedding. They’re cleaned and bagged in environments with low levels of particulates, so they won’t contaminate your work area.

All meet ANSI/ISEA 105 standards for various forms of protection, such as cuts, abrasions, and punctures.

Nitrile-Coated Polyethylene Fabric—Gloves with a nitrile coating are more resistant to oil and chemicals than polyurethane-coated gloves.

A5—Gloves with an A5 rating can be used with blades, knives, and sharp wire.

A9—A9-rated gloves can be used to handle spikes or lift heavy objects with sharp edges.

										ANSI Rating
	Style	Garment	Lg.	Clean Room Std.	Texture	Knitting Ga.	Touchscreen Compatible	Cuff Style	Color	Cut	Abrasion	Puncture	Specs. Met	Choose a Size (Glove Size)		Pair
Polyurethane Rubber-Coated Polyethylene Fabric



		A	Gloves	10 1/2"	Fed. Std. Class 100	Smooth	13	No	Knit	Blue/Black	A5	5	5	ANSI/ISEA 105	XXS (5), XS (6), S (7), M (8), L (9), XL (10), 2XL (11), 3XL (12)	6223A129	00000


		Nitrile-Coated Polyethylene Fabric



				B	Gloves	10 1/2"	Fed. Std. Class 100	Smooth	18	Yes	Knit	Fluorescent Yellow/Fluorescent Orange	A9	4	3	ANSI/ISEA 105	XXS (5), XS (6), S (7), M (8), L (9), XL (10), 2XL (11), 3XL (12)	6223A139	00000

Clean Room Gloves


Style A	Style B

Cleaned and bagged in environments with low levels of particulates, these gloves won't contaminate your work area.

Polyurethane Rubber-Coated Cotton/Nylon Fabric—Polyurethane-coated gloves are thin and lightweight. They’re good for assembling small parts, handling fragile materials, and other jobs that require touch sensitivity.

Polyurethane Rubber-Coated Dyneema Fabric—Polyurethane-coated gloves are thin and lightweight. They’re good for assembling small parts, handling fragile materials, and other jobs that require touch sensitivity.

Nitrile-Coated Aramid Fabric—Nitrile-coated gloves resist oil and chemicals.

Style A—Style A gloves are knitted—the higher the knitting gauge, the thinner the glove. Thinner gloves let you move more freely and feel finer details; thicker gloves are more durable. These gloves have a rubber coating for a secure grip and an extra layer of protection without restricting movement.

Style B—Style B gloves keep static electricity from building up and damaging sensitive electronic equipment. Rated to ANSI/ESD S20.20 standards, they’re safe to use with components that could be damaged by any amount of voltage. You can wear these gloves during electronics manufacturing, semiconductor fabrication, and other jobs where static control is essential.

ANSI/ISEA 105—Gloves that meet ANSI/ISEA 105 are rated for various forms of protection, such as cut, abrasion, or puncture resistance. The higher the rating, the greater the protection.

									ANSI Rating
	Style	Clean Room Std.	Texture	Knitting Ga.	Thk., mil	Lg.	Touchscreen Compatible	Color	Cut	Abrasion	Puncture	Specs. Met	Surface Resistance, ohm	No. of Gloves Included	Choose a Size (Glove Size)	Pkg. Qty.		Pair
Gloves







				Polyurethane Rubber-Coated Cotton/Nylon Fabric

				A	Fed. Std. Class 100	Smooth	13	—	10 1/2"	No	Gray	—	3	2	ANSI/ISEA 105	—	1 Pair	XS (6), S (7), M (8), L (9), XL (10)	—	8267N16	00000




						Polyurethane Rubber-Coated Dyneema Fabric

						A	Fed. Std. Class 100	Smooth	13	—	10 1/2"	No	White/Orange	A2	4	3	ANSI/ISEA 105	—	1 Pair	XS (6), S (7), M (8), L (9), XL (10), 2XL (11), 3XL (12)	—	6223A11	00000




								Nitrile-Coated Aramid Fabric

								A	Fed. Std. Class 100	Smooth	18	—	10 1/2"	Yes	Yellow/Black	A3	3	2	ANSI/ISEA 105	—	1 Pair	M (8), L (9), XL (10)	—	8267N21	00000



																										Pkg.
								Static-Control Gloves







												Polyurethane Rubber

												B	Fed. Std. Class 100, ISO Class 5	Smooth	—	8	12"	No	Black	—	—	—	ANSI/ESD S20.20	1× 10^5	5 Pair	S (7), M (8), L (9), XL (10)	5	8737N112	000000

Extreme-Temperature Static-Dissipative Gloves

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.

	Lining Material	Cuff Style	Color	Hand	Temp. Range, ° F	For Heat Exposure Type	Surface Resistance, ohm	ANSI Conductive Heat Resistance Rating	Specs. Met	Choose a Size (Glove Size)		Pair
PBI Fabric



	14"	Nylon/Wool Fabric	Open	Brown	Ambidextrous	-210 to 1,400	Direct	1× 10^9	5	ANSI/ISEA 105	M (8), L (9), XL (10)	7912N101	0000000


	18"	Nylon/Wool Fabric	Open	Brown	Ambidextrous	-210 to 1,400	Direct	1× 10^9	5	ANSI/ISEA 105	L (9)	7912N105	000000

Extreme-Temperature Clean Room Gloves


Aramid Fabric	Silicone Rubber

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.

Aramid Fabric—Aramid fabric gloves have a wider temperature range than silicone rubber gloves. Even at 1000° F, they won’t burn or leave a residue. These gloves should only be used to handle dry objects.

Silicone Rubber—Silicone rubber gloves meet EN 374 standards for protection against chemicals. And unlike aramid fabric gloves, they can be used to handle wet material.

	Temp., ° F
	Min.	Max.	For Heat Exposure Type	Clean Room Std.	Lining Material	Lg.	Color	For Use With	Specs. Met	EN Chemical Rating	Choose a Size (Glove Size)		Pair
Aramid Fabric



		-210	1,000	Direct	Fed. Std. Class 100, ISO Class 5	Nylon Fabric	14"	Yellow	—	—	—	L (9), XL (10)	2408N11	0000000


		Silicone Rubber



				-75	390	Direct	Fed. Std. Class 100, ISO Class 5	Nylon Fabric	15"	White	Heptane, Sodium Hydroxide (Caustic Soda), Sulfuric Acid	EN 374-1 Type B	JKL	L (9), XL (10)	8717N111	000000


				-75	390	Direct	Fed. Std. Class 100, ISO Class 5	Nylon Fabric	23"	White	Heptane, Sodium Hydroxide (Caustic Soda), Sulfuric Acid	EN 374-1 Type B	JKL	L (9)	8717N114	000000