Jiangsu Profile

Product List
1576. The Flame-Resistant Sleeve Is Perfect for Harsh Environments
[Feb 28, 2025]

Product Description Base Data Artical NO. CL-KSC Material PET mono- and multifilament Operating Temperature -50ºC-150ºC Flammability FMVSS 302, ...
1577. The Flame-Resistant Sleeve Is Perfect for Industrial Applications
[Feb 28, 2025]

Product Description Base Data Artical NO. CL-KSC Material PET mono- and multifilament Operating Temperature -50ºC-150ºC Flammability FMVSS 302, ...
1578. The Insulating Cable High Quality Flexible Protection Fabric Heat Shrink Tube Sleeve
[Feb 28, 2025]

Product Description Base Data Artical NO. CL-KSC Material PET mono- and multifilament Operating Temperature -50ºC-150ºC Flammability FMVSS 302, ...
1579. Flexible Insulated Self-Closing Wrap Cable Sleeve for Wire Protector
[Feb 28, 2025]

Product Description Base Data Artical NO. CL-KSC Material PET mono- and multifilament Operating Temperature -50ºC-150ºC Flammability FMVSS 302, ...
1580. Eco-Friendly High Strength Flexible Cable Protection Braided Fabric Heat Shrink Sleeve
[Feb 28, 2025]

Product Description Base Data Artical NO. CL-KSDB Material polyester fiber (PET) and polyolefin monofilament (PE) Operating Temperature -40ºC-125ºC Flammability UL 94 HB Recommended shrink ...
1581. Eco-Friendly High Strength Protection Flexible Heat Shrinkable Woven Fabric Sleeve
[Feb 28, 2025]

Product Description Base Data Artical NO. CL-KSDB Material polyester fiber (PET) and polyolefin monofilament (PE) Operating Temperature -40ºC-125ºC Flammability UL 94 HB Recommended shrink ...
1582. Eco-Friendly High Strength Cable Protection Fabric Nylon Abrasion Resistant Heat Shrink Sleeve
[Feb 28, 2025]

Product Description Base Data Artical NO. CL-KSDB Material polyester fiber (PET) and polyolefin monofilament (PE) Operating Temperature -40ºC-125ºC Flammability UL 94 HB Recommended shrink ...
1583. Good Reputation Diesel Resistant Heat Reflective Sleeve Used in Automobile
[Feb 28, 2025]

Product Description Base Data Artical NO. CL-KSC Material PET mono- and multifilament Operating Temperature -50ºC-150ºC Flammability FMVSS 302, ...
1584. Eco-Friendly Durable Heat Shrink Woven Fabric Insulation Sleeve for Cable Protection
[Feb 28, 2025]

Product Description Base Data Artical NO. CL-KSDB Material polyester fiber (PET) and polyolefin monofilament (PE) Operating Temperature -40ºC-125ºC Flammability UL 94 HB Recommended shrink ...
1585. Eco-Friendly High Flame Retardant Heat Shrink Woven Fabric Insulation Sleeve
[Feb 28, 2025]

Product Description Base Data Artical NO. CL-KSDB Material polyester fiber (PET) and polyolefin monofilament (PE) Operating Temperature -40ºC-125ºC Flammability UL 94 HB Recommended shrink ...
1586. Eco-Friendly Wire Harness Protection Heat Shrink Woven Fabric Sleeve for Mechanical Abrasion
[Feb 28, 2025]

Product Description Base Data Artical NO. CL-KSDB Material polyester fiber (PET) and polyolefin monofilament (PE) Operating Temperature -40ºC-125ºC Flammability UL 94 HB Recommended shrink ...
1587. High Quality Heat Resistant Insulated Electric Cable Sleeve
[Feb 28, 2025]

Product Description Base Data Artical NO. CL-KSC Material PET mono- and multifilament Operating Temperature -50ºC-150ºC Flammability FMVSS 302, ...
1588. Eco-Friendly Abrasion Resistant Fabric Heat Shrinkable Woven Sleeve
[Feb 28, 2025]

Product Description Base Data Artical NO. CL-KSDB Material polyester fiber (PET) and polyolefin monofilament (PE) Operating Temperature -40ºC-125ºC Flammability UL 94 HB Recommended shrink ...
1589. Eco-Friendly Perfect Quality Flexible Protective Woven Fabric Heat Shrink Sleeve
[Feb 28, 2025]

Product Description Base Data Artical NO. CL-KSDB Material polyester fiber (PET) and polyolefin monofilament (PE) Operating Temperature -40ºC-125ºC Flammability UL 94 HB Recommended shrink ...
1590. He Cable Braided Sleeving Features an Abrasion-Resistant Pet Mesh Sleeve
[Feb 28, 2025]

Product Description Base Data Artical NO. CL-KSC Material PET mono- and multifilament Operating Temperature -50ºC-150ºC Flammability FMVSS 302, ...
