Neoprene is an extremely versatile synthetic rubber originally made by Du Pont, with 70 years of proven performance in a broad industry spectrum, including use in navy wet suits. The basic chemical composition of Neoprene synthetic rubber is polychloroprene. Neoprene is noted for a unique combination of properties, which has led to its use in thousands of applications in diverse environments. It has a balanced combination of properties: Resists degradation from sun, ozone and weather Performs well in contact with oils and many chemicals Remains useful over a wide temperature range Displays outstanding physical toughness Resists burning inherently better than exclusively hydrocarbon rubbers Outstanding resistance to damage caused by flexing and twisting The Neoprene used today is laminated on both sides with a stretchable nylon that comes in a variety of attractive colors.

Synthetic rubber made from chloroprene with superior resistance to oils, gasoline, sunlight and the like; used in making rollers and brayers.

A DuPont trademark. Chemically, this synthetic rubber is known as polychloroprene. The physical properties of (CR-Chloroprene) rubber Neoprene are similar in some respects to natural rubber but it is considerably better from the standpoint of resistance to oil, ozone, heat, weather, sunlight and aging. It does not support combustion and resists abrasion and cutting. It is used for a wide variety of wire and cable jacketing applications. The temperature range of this material can vary from -55°C to 90°C.

is often used for miscellaneous gaskets, pads, and strips. Neoprene has a greater resistance than most rubbers to oils, light and heat. (-20°F to 190°)

A synthetic rubber used to make booties, wet suits and spray decks.

Trade name, the usual designation in the USA for chlororprene rubber

a synthetic rubber or closed cell foam

A type of synthetic rubber that is resistant to heat, light, oil, and oxidation.

A synthetic rubber which features high oxygen and ozone resistance as well as resistance to oil, water and chemicals; used in radiator/heater hoses and as loom or tape to protect wiring harnesses.

A synthetic rubber with good resistance to oil, chemical, & flame. Also called polychloroprene.

A type of synthetic rubber with outstanding oil resistance. It is used with quick-setting, high-strength adhesives as a cushioning, gasketing, and weatherproofing material.

Synthetic rubber commonly used for gaskets

A man made fabric, used for wetsuits and other water sports attire. Has a stiff, body hugging quality that seals body heat in. examples

Synthetic rubber compound made from polymerised chloroprene.

A synthetic rubber with similar properties to natural rubber, but manufactured without sulphur for vulcanisation.

Synthetic rubber made by polymerizing 2-chlor-1, 3-butadiene. Neoprene compounds are rioted for their resistance to oil, sunlight and ozone. There are various types, most of which are vulcanizable without the use or sulfur.

a synthetic rubber that is resistant to oils and aging; used in waterproof products

Trade name for polychloroprene, used for jacketing (See Polychloroprene).

Elastomeric membranes made by the polymerization of chloroprene (polychloroprene).

A synthetic rubber produced by the polymerization of chloroprene providing a high resistance to oil, light, heat, and oxidation.

A synthetic rubber, also referred to as polychloroprene, that exhibits good resistance to oil, chemicals and flame.

synthetic material used in motorcyclist equipment due to its insulation and waterproof qualities.

Trade name of the Dupont Co. for the original poly-chloroprene (CR) rubber and latex.

Lightweight rubber used in joint and muscle sleeves designed to provide support and/or insulation and heat retention to the area.

Neoprene is truly a jack-of-all-trades material. Originally designed as an oil-resistant alternative to natural rubber, researchers quickly discovered that this marvelous material could be used in an almost limitless number of applications. Widely known as the basic component in wet suits, neoprene is also used in electrical insulation, fan belts, gaskets, noise insulation pads and even seat covers.

Neoprene is a synthetic ruber made by polimerizing the compound 2-chlorobuta-1,2-diene. Neoprene is often used in place of natural rubber in applications requiring resistance to chemical attack.

A synthetic rubber material that provides excellent tensile strength and heat resistance. Neoprene is compatible with some acids and caustics. It has moderate abrasion resistance.

A synthetic rubber having physical properties closely resembling those of natural rubber but not requiring sulfur for vulcanization. Extremely good weather resistance, both heat and cold, with ultraviolet stability.

Flexible foam rubber used for paddling clothing among other things. Air bubbles in the construction make it buoyant and a good insulator. Neoprene used for paddle clothing and wetsuits is usually coated with Lycra® spandex on one or both sides.

Versatlie type of synthetic rubber with a good resistance to oil, chemicals, and flames.

A synthetic rubber having physical properties closely resembling those of natural rubber. It is made by polymerizing chloroprenes, which are produced from acetylene and hydrogen chloride.

(chemical identification: chloroprene-CR): is a polymer chloroprene rubber known for its resistance to oil, gasoline, sunlight, ozone and oxidation. ItÕs ability to combine all of these properties make it an excellent general purpose polymer for most applications.

A synthetic rubber (polychlorophrene) used in fluid or sheet-applied elastomeric roofing membranes or flashing. See also Hypalon.

Natural rubber, non-synthetic. A durable elastomeric material with moderate chemical resistance. Go to top

An oil-resistant substitute for natural rubber, developed by DuPont. Used as a coating; very resistant to a broad range of chemicals, especially alkalis and acids

A polychloroprene elastomer developed as a thin layer of closed cell foam.

A polymer of chloroprene which is prepared from coal, salt and limestone.

A generic name for a type of synthetic rubber.

A synthetic rubber produced by polymerization of Chloroprene for use in liquid-applied and sheet-applied elastomeric roofing.

Durable synthetic rubber; very resistant to oil or sweat.

Also called "polychloroprene," it is a synthetic rubber that has good resistance to chemical, oil and flame.

A stretchy rubberized material encased in nylon that offers incredible warmth and insulation. Neoprene is primarily used for diver's wetsuits but has also found its way into many types of active wear.

A rubber-like plastic acquired through the polymerization of chloroprene. Resists degradation from sun, ozone and weather. Performs well in contact with oils and many chemicals. Remains useful over a wide temperature range and has a physical toughness.

a chloroprene-based rubber polymer with excellent oil and weather resistance Back

A synthetic rubber produced by polymerization of chloroprene and used in weather-resistant products, adhesives, shoe soles, sportswear, paints, and rocket fuels.

Synthetic rubber used in fluid-or-sheet applied elastomeric single-ply membranes or flashings.

Polychloroprene. A synthetic rubber discovered by the Du Pont Company in 1931. It is a polymer composed of carbon, hydrogen and chlorine. Its features include resistance to petroleum based fluids and flame resistance.

a synthetic rubber (polychloroprene) used in liquid-applied and sheet-applied elastomeric roof membranes or flashings.

Oil-resistant synthetic rubber.

Artificial rubber used in a wide array of industrial applications that resists wear and tear from chemicals, temperature and hazardous conditions.

Any of a group of synthetic rubbers made from chloroprene. It is superior to natural rubber in oil resistance, etc.

Synthetic flexible material used for gaskets and seals.

Neoprene is the DuPont Performance Elastomers trade name for a family of synthetic rubbers based on polychloroprene (polymer form of Chloroprene). Neoprene was invented by DuPont scientists after Dr. Elmer K.