Chengdu XingXingRong Communication Technology Co.,Ltd
Model No.: FOSP-HSS-12
Inner Tube Material: EVA
Needle Material: 201 Stainless Steel
Shrinking Temperature Range: 90 °C
Standard Color: Clear
Size: 60mm 54mm 45mm 40mm
Working Temperature: 60-120 °C
Outer Tube Material: EVA
Stainless Steel Size: 1.0mm
Place of Origin: Chengdu Sichuan
HS Code: 85189000
White Heat Shrink Tubing with excellent flame retardant, insulation performance, very soft and flexible, low shrinkage, shrink fast, can be used in fiber connection, fiber protective.
High Quality of Single Fiber Optic Heat Shrink Sleeves
1. The tubes are clear enough to help viewing the fiber color clearly, improve work efficiency.
2. There is no air between outer tube & inner tube because we pre-exhaust air, stiffness of connection and quickness of assembly the basic advantages of this solution.
3.The advantage of that no bubbles after shrinking is helpful for prolong the steel needle from damaged and corrosioned.
4. Steel with high quality can support fiber much better because it has a higher hardness, can protecting the fiber from damage and contaminants.
5. This new type will help you cutting down your fiber lost and improve work efficiency as well.
Optic fiber heat shrinkable sleeves is used to protect the fiber optic joints. Move the Heat Shrink Sleeves to the fiber optic connector, let the melting point of the heat shrinkable sleeves in the middle, gently straighten the fiber connector, put into the heater and heating. The EVA inner tube is melted, and the polyethylene pipe is tightly sleeved on the connecting optic fiber after shrinking. Since there is a stainless steel rod in the tube, it not only increases the tensile strength (1000~2300g). At the same time, can protective the fiber from being bending.1, does not affect the characteristics of the fiber optic light guide.
Mainly used in fiber optic closures, fiber optic terminal boxes, ODF boxes, broadband network boxes, cable junction boxes ect. For communication products welding, special designed for FTTH project.