silanecrosslinked

Silanecrosslinked refers to a process and the resulting material where polymer chains are linked together using silane functional groups. This crosslinking method enhances the physical and chemical properties of the polymer, making it more durable, heat-resistant, and resistant to chemical attack. The process typically involves incorporating a silane monomer into the polymer backbone during polymerization or grafting it onto the polymer chains. Subsequent exposure to moisture or heat activates the silane groups, causing them to react with each other and form a three-dimensional network. This creates a thermoset-like material from a thermoplastic precursor. Silanecrosslinking is widely used in the production of wire and cable insulation, pipes, and various molded articles where enhanced performance is required. It offers advantages over other crosslinking methods, such as peroxide or radiation crosslinking, including lower processing temperatures and the absence of byproducts in some moisture-curing systems. The degree of crosslinking can be controlled by varying the amount of silane incorporated and the curing conditions, allowing for tailored material properties. This technology finds application in demanding environments where resistance to abrasion, chemicals, and elevated temperatures is crucial.