PTFE heat shrink tubing, transparent, inner diameter 0.04 inch, shrink ratio one point seven to one, length 656.17 foot, voltage rating 600 volt

Product Description The SPJYCL PTFE Teflon Heat Shrink Tubing is a high-performance solution for electrical insulation and protection in demanding environments. Constructed from PTFE, it complies with ROHS2.0 environmental standards and offers exceptional properties including high temperature resistance (260°C), flame retardancy, flexibility, wear resistance, and corrosion resistance. With a shrink ratio of 1.7:1 and diameter of 1mm, it provides tight insulation for small-diameter wires and components. The transparent color allows visibility of the enclosed items, making it ideal for applications like electrolytic capacitors, inductors, rechargeable battery cells, and various tubular item wrappings. It has a voltage rating of 600V and a length of 200m per roll, suitable for large-scale high-performance electrical projects. Specifications Brand: SPJYCL Product Name: PTFE Teflon Heat Shrink Tubing Manufacturer Model: φ1.0 Category: Heat Shrink Tubing Material Type: PTFE Diameter: 1mm Shrink Ratio: 1.7:1 Voltage Rating: 600V Color: Transparent Length per Roll: 200m Packing Specification: 1 Roll Applicable Wire Size: 1mm Usage Instructions 1. Determine the length of heat shrink tubing needed for the wire, component, or tubular item to be insulated or protected. 2. Cut the tubing to the required length using appropriate tools suitable for PTFE material. 3. Slide the tubing onto the wire, component, or tubular item. 4. Use a heat gun to apply heat evenly to the tubing. The tubing will shrink at a ratio of 1.7:1, conforming tightly to the surface. Ensure the heat gun temperature is appropriate for PTFE (compatible with its 260°C high-temperature resistance). 5. Ensure the tubing is fully shrunk and securely attached, providing the desired insulation, protection, or wrapping. Store the remaining tubing in a dry place to maintain its performance. It is ideal for use in high-temperature environments, with electrolytic capacitors, inductors, rechargeable batteries, and various tubular item wrapping scenarios.