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Dri Slide EP Liquid Grease

Dri Slide Multi-Purpose

Molykote D-321 R Anti-Friction

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319 BTU⋅in/(hr⋅ft²⋅°F) @ 212° F

31.4 W/(m⋅°C) @ 212° F

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97 Products

Dry-Film Lubricants


Aerosol Can	Squeeze Bottle	Jug

These lubricants go on wet for easy application. Once dry, they form a nonstick film that won't attract dust. Use them for general purpose lubricating in most applications.

Dri Slide EP Liquid Grease and Dri Slide Multi-Purpose—Dri Slide lubricants have good corrosion resistance. Use Dri Slide EP Liquid Grease for extreme-pressure applications, such as with open gears and dies, wire drawing, and stamping.

Molykote D-321 R Anti-Friction—DuPont Molykote D-321 R Anti-Friction withstands extreme temperatures and is long lasting.

Pail—Dilute 1-gallon pail with water before using.

Boron Nitride Additive—Lubricants with boron nitride resist corrosion from salt water and won’t wash off.

Ceramic Additive—Lubricants with ceramic are often used in extreme-temperature applications, such as welding, metal processing, and glassmaking.

Graphite Additive—Lubricants with graphite have good heat and wear resistance.

Molybdenum Disulfide Additive—Lubricants with molybdenum disulfide withstand high loads and have excellent wear resistance.

Cannot Be Sold Outside United States—Lubricants that cannot be sold outside the United States are restricted by product labeling requirements.

	Container						Each		Package
	Size	Net Wt., oz.	Type	Additive	Temp., ° F	Cannot Be Sold To		Each	Pkg. Qty.		Pkg.
DuPont Molykote D-321 R Anti-Friction



		—	9.3	Aerosol Can	Graphite, Molybdenum Disulfide	-290 to 840	—	1254K19	000000	12	1254K193	0000000


		Dri Slide EP Liquid Grease



				—	8	Aerosol Can	Graphite, Molybdenum Disulfide	-20 to 750	—	1163K18	00000	12	1163K181	000000


				Dri Slide Multi-Purpose



						—	5 1/4	Aerosol Can	Graphite, Molybdenum Disulfide	-20 to 750	—	1163K12	00000	12	1163K122	000000


						4 fl. oz.	—	Squeeze Bottle	Graphite, Molybdenum Disulfide	-20 to 750	—	1163K25	00000	12	1163K251	000000
						32 fl. oz.	—	Jug	Graphite, Molybdenum Disulfide	-20 to 750	—	1163K32	00000	12	1163K321	000000
						1 gal.	—	Jug	Graphite, Molybdenum Disulfide	-20 to 750	—	1163K44	000000	6	1163K442	000000


						Lubricants



								—	11	Aerosol Can	Molybdenum Disulfide	-30 to 650	Outside United States	1436K41	00000	12	1436K412	000000


								—	13	Aerosol Can	Boron Nitride, Ceramic	32 to 1,560	—	10515K35	00000	12	10515K351	000000
								1 gal.	—	Pail	Boron Nitride, Ceramic	32 to 1,560	—	10515K68	000000	—	———	0

Additives and Fillers for Paints, Coatings, and Lubricants

When mixed into coatings, resins, polymers, and metals, these fillers enhance strength, conductivity, lubricity, and other physical properties.

		Container
Material	Concentration	Net Wt.	Type	Material	Form	Particle Size, μm	CAS No.		Each
Aluminum	99.9%	1 lb.	Bottle	Plastic	Powder	44	7429-90-5	1402N19	000000
Boron Carbide	97%	1 lb.	Bottle	Plastic	Powder	1 to 7	12069-32-8	1402N15	000000
Boron Nitride	99.9%	1.8 oz.	Jar	Plastic	Powder	0.5	10043-11-5	1402N13	000000
Carbon Black	100%	25 lb.	Bag	Plastic	Powder	3	1333-86-4	1402N28	000000
Cobalt Oxide	99.9%	1 lb.	Bottle	Plastic	Powder	37	7440-48-4	1402N27	000000
Copper	99.9%	1 lb.	Bottle	Plastic	Powder	44	7440-50-8	1402N18	00000
Iron	99.9%	1 lb.	Bottle	Plastic	Powder	5	7439-89-6	1402N25	00000
Manganese	97%	1 lb.	Bottle	Plastic	Powder	10	7439-96-5	1402N26	000000
Nickel	99.9%	1 lb.	Bottle	Plastic	Powder	3	7440-02-0	1402N24	000000
Silicon	99%	1 lb.	Bottle	Plastic	Powder	44	7440-21-3	1402N17	00000
Stainless Steel	99.9%	1 lb.	Bottle	Plastic	Powder	44	65997-19-5	1402N21	000000
Tin	99.9%	1 lb.	Bottle	Plastic	Powder	44	7440-31-5	1402N16	000000
Tungsten	99.9%	1 lb.	Bottle	Plastic	Powder	3	7440-33-7	1402N23	000000

Electrically-Insulating Boron Nitride Ceramic Rods

Also known as white graphite, boron nitride ceramic is an excellent electrical insulator that is often used in high-temperature, high-power electrical applications, such as arc welding and semiconductor equipment. It's a low-friction material with a slippery feel.

			Temp., ° F								6" Lg.		12" Lg.
Dia.	Dia. Tolerance	Color	Min.	Max.	Fabrication	Performance	Dielectric Strength, V/mil	Porosity	Compressive Strength, psi	Hardness		Each		Each



	1/8"	0.000" to 0.020"	White	32	1,020	Sintered	Electrically Insulating	1,270	7%	16,000	Knoop 19 HK 0.1	84995K21	000000	84995K31	0000000


	1/4"	0.000" to 0.020"	White	32	1,020	Sintered	Electrically Insulating	1,270	7%	16,000	Knoop 19 HK 0.1	84995K22	00000	84995K32	000000
	3/8"	0.000" to 0.020"	White	32	1,020	Sintered	Electrically Insulating	1,270	7%	16,000	Knoop 19 HK 0.1	84995K23	00000	84995K33	000000
	1/2"	0.000" to 0.020"	White	32	1,020	Sintered	Electrically Insulating	1,270	7%	16,000	Knoop 19 HK 0.1	84995K24	000000	84995K34	000000
	3/4"	0.000" to 0.020"	White	32	1,020	Sintered	Electrically Insulating	1,270	7%	16,000	Knoop 19 HK 0.1	84995K25	000000	84995K35	000000
	1"	0.000" to 0.020"	White	32	1,020	Sintered	Electrically Insulating	1,270	7%	16,000	Knoop 19 HK 0.1	84995K26	000000	84995K36	000000
	1 1/4"	0.000" to 0.020"	White	32	1,020	Sintered	Electrically Insulating	1,270	7%	16,000	Knoop 19 HK 0.1	84995K28	000000	84995K38	000000
	1 1/2"	0.000" to 0.020"	White	32	1,020	Sintered	Electrically Insulating	1,270	7%	16,000	Knoop 19 HK 0.1	84995K27	000000	84995K37	000000

Electrically-Insulating Boron Nitride Ceramic Sheets and Bars

Sheets

										5" Long		6" Long		12" Long
Thk.	Thk. Tolerance	Wd.	Color	Temp. Range, ° F	Fabrication	Performance	Dielectric Strength, V/mil	Porosity	Compressive Strength, psi		Each		Each		Each
1/16"	-0.010" to 0.010"	3"	White	32 to 1,020	Sintered	Electrically Insulating	1,270	7%	16,000	84995K11	0000000	———	0	———	0
1/8"	-0.010" to 0.010"	5"	White	32 to 1,020	Sintered	Electrically Insulating	1,270	7%	16,000	———	0	84995K12	0000000	———	0
1/4"	-0.010" to 0.010"	5"	White	32 to 1,020	Sintered	Electrically Insulating	1,270	7%	16,000	———	0	———	0	84995K13	0000000
3/8"	-0.010" to 0.010"	5"	White	32 to 1,020	Sintered	Electrically Insulating	1,270	7%	16,000	———	0	84995K14	000000	84995K15	000000
1/2"	-0.010" to 0.010"	5"	White	32 to 1,020	Sintered	Electrically Insulating	1,270	7%	16,000	———	0	———	0	84995K16	00000000

Bars

										6" Long		12" Long
Thk.	Thk. Tolerance	Wd.	Color	Temp. Range, ° F	Fabrication	Performance	Dielectric Strength, V/mil	Porosity	Compressive Strength, psi		Each		Each
1/8"	-0.010" to 0.010"	1/8"	White	32 to 1,020	Sintered	Electrically Insulating	1,270	7%	16,000	84995K41	000000	84995K51	000000
1/4"	-0.010" to 0.010"	1/4"	White	32 to 1,020	Sintered	Electrically Insulating	1,270	7%	16,000	84995K42	00000	84995K52	000000
3/8"	-0.010" to 0.010"	3/8"	White	32 to 1,020	Sintered	Electrically Insulating	1,270	7%	16,000	84995K43	00000	84995K53	000000
1/2"	-0.010" to 0.010"	1/2"	White	32 to 1,020	Sintered	Electrically Insulating	1,270	7%	16,000	84995K44	000000	84995K54	000000
3/4"	-0.010" to 0.010"	3/4"	White	32 to 1,020	Sintered	Electrically Insulating	1,270	7%	16,000	84995K45	000000	84995K55	000000
1"	-0.010" to 0.010"	1"	White	32 to 1,020	Sintered	Electrically Insulating	1,270	7%	16,000	84995K61	000000	84995K71	000000
1 1/2"	-0.010" to 0.010"	1 1/2"	White	32 to 1,020	Sintered	Electrically Insulating	1,270	7%	16,000	84995K62	000000	84995K72	000000
2"	-0.010" to 0.010"	2"	White	32 to 1,020	Sintered	Electrically Insulating	1,270	7%	16,000	84995K63	000000	84995K73	00000000

Bearing Grease


Tube	Grease Gun Cartridge

This grease is wear resistant for use in a wide range of bearing types.

Grease lubricates most efficiently within the listed temperature range.

Chemours—Chemours Krytox™ grease is long lasting with an indefinite shelf life.

Krytox™ GPL 202, Krytox™ GPL 203, Krytox™ GPL 204, and Krytox™ GPL 205—Krytox™ GPL grease is chemically inert and can be used with oxygen.

Krytox™ XHT-AC and Krytox™ XHT-BDX—Krytox™ XHT grease can be used at extremely high temperatures.

Boron Nitride Thickener—Grease with boron nitride thickener has excellent heat resistance and good moisture and oxidation resistance.

PTFE Thickener—Grease with PTFE thickener has good heat, moisture, and oxidation resistance.

2 NLGI Grade—NLGI 2 is about the consistency of peanut butter.

Nonmelting—Nonmelting grease can be used at temperatures above the maximum temperature briefly, but then will break down more quickly.

Melting Temperature—Melting temperature is the point at which grease will fail and run out of equipment, leaving it to run dry.

			Container		Temp., ° F
	NLGI Consistency Grade	Base Oil	Size, fl. oz.	Type	Min.	Max.	Melting Temp.	Color	Food Industry Std.		Each
Chemours Krytox™ GPL 202—PTFE Thickener



		2	Synthetic Oil	2	Tube	-80	270	Nonmelting	White	NSF Registered H1	10195K26	000000


		Chemours Krytox™ GPL 203—PTFE Thickener



				2	Synthetic Oil	2	Tube	-75	310	Nonmelting	White	NSF Registered H1	10195K23	00000


				2	Synthetic Oil	8	Tube	-75	310	Nonmelting	White	NSF Registered H1	10195K43	000000
				2	Synthetic Oil	14	Grease Gun Cartridge	-75	310	Not Rated	White	NSF Registered H1	10195K73	000000


				Chemours Krytox™ GPL 204—PTFE Thickener



						2	Synthetic Oil	2	Tube	-60	355	Nonmelting	White	—	10195K28	00000


						2	Synthetic Oil	8	Tube	-60	355	Nonmelting	White	—	10195K48	000000
						2	Synthetic Oil	14	Grease Gun Cartridge	-60	355	Not Rated	White	—	10195K68	000000


						Chemours Krytox™ GPL 205—PTFE Thickener



								2	Synthetic Oil	0.5	Tube	-30	400	Nonmelting	White	NSF Registered H1	10195K19	00000


								2	Synthetic Oil	2	Tube	-30	400	Nonmelting	White	NSF Registered H1	10195K29	00000
								2	Synthetic Oil	8	Tube	-30	400	Nonmelting	White	NSF Registered H1	10195K49	000000
								2	Synthetic Oil	14	Grease Gun Cartridge	-30	400	Not Rated	White	NSF Registered H1	10195K69	000000


								Chemours Krytox™ XHT-AC—PTFE Thickener



										2	Synthetic Oil	2	Tube	0	570	Nonmelting	White	—	10195K251	00000


										2	Synthetic Oil	8	Tube	0	570	Nonmelting	White	—	10195K271	000000
										2	Synthetic Oil	14	Grease Gun Cartridge	0	570	Nonmelting	White	—	10195K391	000000


										Chemours Krytox™ XHT-BDX—Boron Nitride Thickener



												2	Synthetic Oil	2	Tube	5	660	Not Rated	White	—	10195K22	000000


												2	Synthetic Oil	8	Tube	5	660	Nonmelting	White	—	10195K24	000000
												2	Synthetic Oil	14	Grease Gun Cartridge	5	660	Nonmelting	White	—	10195K44	00000000

Non-Bonding Heat Transfer Compounds

Also known as thermal paste, these boron-nitride compounds increase heat transfer between parts while preventing them from sticking. Unlike antiseize compounds, they don't conduct electricity, so you won't risk shorting out sensitive electronics. They're often used on thermocouple probes to improve accuracy. You can also use them in 3D printer heating blocks and other high-temperature areas to keep parts from fusing together.

Container
Size, fl. oz.	Type	Chemical	Max. Temp.	Thermal Conductivity @ Temp.	Color	Includes	For Use On	For Use With		Each



	0.2	Syringe	Boron Nitride	1,562° F 850° C	31.4 W/(m⋅°C) @ 212° F	White	Three Applicator Brushes	3D Printer Extruder Heating Elements, Electrical Components	Aluminum, Brass, Copper, Iron, Nickel, Stainless Steel, Steel, Titanium	3715N11	000000


	1	Syringe	Boron Nitride	1,562° F 850° C	31.4 W/(m⋅°C) @ 212° F	White	—	3D Printer Extruder Heating Elements, Electrical Components	Aluminum, Brass, Copper, Iron, Nickel, Stainless Steel, Steel, Titanium	3715N12	00000

Additives and Reinforcements for Composites


Fiberglass Loose Fibers	Kevlar Loose Fibers	Flakes

Mix these additives with melted plastic, epoxies, or adhesives to make parts stronger and more wear resistant without adding much weight. You can use them in batches to tackle repairs and small parts instead of machining your part from a sheet, bar, or other shape.

Recycled Material—Recycled carbon fiber additives have a low carbon footprint to help you meet environmental goals. But, they’re not as strong or as stiff as standard carbon fiber additives.

Fiberglass for Thermoplastics and Thermosets—These additives increase a part’s strength and ability to withstand frequent blows. But, they’re not as strong or as lightweight as carbon fiber additives. They also block electric currents from passing through. Their short fibers are best for castings and foams to prevent cracking as resin shrinks. The amount you use to start should equal about 10-35% of your composite’s weight.

Carbon Fiber—Often used in vehicles to increase fuel efficiency, these additives can double your composite’s strength to make stiff pieces that are stronger and lighter in weight than aluminum. The more you add to your mixture, the stronger it becomes. These additives also carry electric currents, so they’re good for directing electromagnetic energy away from electrical devices. However, they don’t direct electricity as well as metal. They’re made of chopped fibers, which makes them ideal for repairs and intricate parts. But, they’re not as strong or as stiff as materials with continuous fibers, such as fabric and tow.

The size of carbon fiber’s particles affects its ease of use and strength. The smaller the particle size, the less effort it requires to mix. On the other hand, larger particles make parts stronger and stiffer. Choose carbon fiber with smaller particle sizes when making intricate parts and repairs.

Carbon Fiber for Thermoplastics—Carbon fiber additives for thermoplastics bond with most melted plastic pellets, except PVDF. Shape your mixture into parts with compression and injection molding or 3D printing. You can shape your finished product multiple times without losing its strength. Start by adding 10% by volume to your mixture.

Kevlar for Thermoplastics—Choose these additives when your application is likely to wear down your finished part—they improve a part’s ability to stand up to corrosion, bangs, bumps, and scrapes. They’re also used to reinforce points where honeycomb cores connect to fabric. To start, mix in 1 part Kevlar to 15 parts composite.

Carbon Fiber for Thermosets—Carbon fiber additives for thermosets mix with epoxies, adhesives, vinyl compounds, and phenolic. Use compression molding to turn your mixture into parts, or fill in cavities after curing without adding weight. You can’t shape your product once it’s cured. Begin with 5% by volume in your mixture.

		Container
	Concentration	Net Wt.	Type	Material	Form	Particle Size, μm	CAS No.		Each
Fiberglass for Thermoplastics and Thermosets



		98%	10 lb.	Jug	Plastic	Loose Fiber	840	65997-17-3	1402N34	000000


		Carbon Fiber for Thermoplastics



				91%	1 lb.	Box	Cardboard	Flake	6,350	7440-44-0	5467N11	00000


				91%	5 lb.	Box	Cardboard	Flake	6,350	7440-44-0	5467N12	000000


				Carbon Fiber for Thermosets



						91%	1 lb.	Box	Cardboard	Flake	3,175	7440-44-0	5467N15	00000


						91%	1.5 lb.	Pail	Plastic	Flake	12,000	7440-44-0	5467N21	00000
						91%	6 lb.	Pail	Plastic	Flake	12,000	7440-44-0	5467N22	000000


						Recycled Carbon Fiber for Thermoplastics



								91%	1 lb.	Box	Cardboard	Flake	6,350	7440-44-0	5467N13	00000


								91%	5 lb.	Box	Cardboard	Flake	6,350	7440-44-0	5467N14	00000


								Kevlar for Thermoplastics



										80%	2 oz.	Tube	Cardboard	Loose Fiber	1,050	26125-61-1	1402N31	00000


										80%	1 lb.	Box	Cardboard	Loose Fiber	1,050	26125-61-1	1402N32	000000