Polychloroprene is the chemical name for neoprene, a synthetic rubber used to jacket cable subject to rough usage, moisture, oils, and chemicals, and as low-voltage insulation.
Polychloroprene is the chemical name for neoprene, the synthetic rubber made by polymerizing chloroprene. It is valued for its toughness, flexibility, and resistance to oils, moisture, greases, solvents, weather, and many chemicals. These qualities make polychloroprene a durable jacketing material for cable subject to rough usage and harsh conditions, and it can also serve as a low-voltage insulating material.
As a jacket, polychloroprene protects the conductors and insulation beneath it through demanding service, resisting the mechanical and chemical stresses that would degrade lesser materials. Its combination of resilience and chemical resistance suits it to industrial cable and portable cords.
In commercial and industrial settings, polychloroprene-jacketed cable serves where ordinary jackets would fail, such as around machinery, oils, and weather exposure. The material's durability supports dependable, long-lasting performance in tough environments.
Because polychloroprene resists the mechanical and chemical stresses that degrade lesser materials, it serves as a durable jacket for cable subject to rough usage, oils, moisture, and chemicals, and it can also act as a low-voltage insulating material where its properties suit.
Recognizing how a tough, chemically resistant jacket protects a cable helps in matching products to the physical and chemical challenges of industrial environments where rough usage, oils, and moisture are common.
At Windy City Wire, an understanding of jacketing materials like polychloroprene supports the selection of cable suited to demanding conditions. Recognizing how a tough, chemically resistant jacket protects a cable helps customers match products to the physical and chemical challenges of their applications.
Chemical name for Neoprene