Product Attributes for Dual Wall Adhesive-Lined Polyolefin Heat Shrink Tubing
• Spec: Various
• Material: Polyolefin
• Usage: Ideal for providing environmental sealing capability for a wide variety of electrical applications, including automotive and marine wire harness, wire splices, breakouts, and connector-to-cable transitions.
• Features:
• Shrink Ratio: 2:1
• Superior sealing against water, moisture, or other contaminants
• Inner adhesive bonds to plastics, steel, and polyethylene
• Continuous operating temperature: -45°C to 125°C
• Fully shrink temperature: ≥ 125°C
• Certification: RoHS, cULus
• Brand: WOER
• Model: SBRS-(2X)G Series
• Place of Origin: Wenzhou, China
Product Details
Key Features:
• Shrink Ratio: 2:1
• Sealing: Superior sealing against water, moisture, or other contaminants
• Adhesive: Inner adhesive bonds to plastics, steel, and polyethylene
• Temperature Range: Continuous operating temperature from -45°C to 125°C
• Shrink Temperature: Fully shrink temperature is ≥ 125°C
Technical Data:
• Property:
• Tensile Strength (MPa): ≥ 10.4 (ASTM D2671)
• Elongation (%): ≥ 200 (ASTM D2671)
• Tensile Strength after aging (MPa): ≥ 7.3 (UL224 158°Cx168hr)
• Elongation after aging (%): ≥ 100 (UL224 158°Cx168hr)
• Dielectric Strength (kv/mm): ≥ 15 (IEC 60243)
• Volume Resistivity (Ω.cm): ≥ 1x10^14 (IEC 60093)
• Flammability: Pass (ASTM D2671B)
• Adhesive Properties:
• Water Absorption: ≤ 0.2% (ASTM D570)
• Softening Point (°C): 95 ± 5 (ASTM E28)
• Strength of Peeling (PE): 120N/25mm (ASTM D 1000)
• Strength of Peeling (AL): 80N/25mm (ASTM D 1000)
Dimensions:
• Various part numbers with different internal diameters (I.D.), lengths, total wall thickness, and adhesive thickness. Standard colors and minimum package quantities are specified for each part number.
Compliance and Certifications:
The product complies with RoHS and cULus standards, ensuring safety and reliability.
Applications:
Ideal for providing environmental sealing capability for electrical applications, including automotive and marine wire harness, wire splices, breakouts, and connector-to-cable transitions.