Standard breakouts are made of polyolefin which shrinks 50% in diameter when heated. High-temperature and chemically-resistant options are also available using materials like fluoropolymer.
Heat shrinkable tubes are made of insulating materials that shrink tightly around objects when heat is applied. The most common materials are cross-linked polyolefin and fluoropolymer which provide electrical insulation and environmental sealing. They are typically supplied in tubular form and cut to the required length to suit the application.
Heat Shrinkable Bus-bar Box are made from insulating thermoplastic materials, often polyolefin elastomers like polyethylene or ethylene propylene rubber. These can withstand the temperatures of busbars while providing good electrical insulation. They shrink and conform tightly to the busbar when heated, forming a tight cover.
Heat shrinkable stress control tubes or stress control sleeves tubular insulation products that are made from a heat shrinkable polyolefin material, often polyolefin elastomer.
A constant force spring is a spring that provides a nearly constant force over a range of motion. It works by having a tightly wound inner spring attached to an outer spring. As the inner spring unwinds, the outer spring also unwinds to compensate and provide a constant force.
Heat shrinkable cable accessories are tubes that shrink when heated to securely insulate and protect cable joints, terminations and connections. They are made of thermoplastic materials that can shrink up to 1/2 of their diameter when heated.