TE Connectivity Black, Polyvinyl Fluoride, ACW0219-1.50-0

Technical Document
Specifications
Brand
TE ConnectivityJacket Colour
Black
Jacket Material
Polyvinyl Fluoride
Country of Origin
United Kingdom
Product details
ACW High Temperature Engine Harness Wiring
ACW wire is a composite construction with a tough radiation cross-linked fluoropolymer outer layer. This outer layer is bonded to radiation cross-linked polyolefin. The ACW wire has excellent fluid resistance and is designed to resist attack from oil, brake fluid, antifreeze and fuels used within the automotive trade.
Features & Benefits
* High operating temperature up to 150°C
* Designed to function in the hot engine compartment environment
* Excellent mechanical strength
* Ideal for automotive wire handling
* ETFE material performance at reduced cost
* Smaller, lighter and more flexible
* High level of compatibility with other automotive materials
Stock information temporarily unavailable.
1,893.10 MOP
1,893.13 MOP 1 Reel of 100 Metres (ex VAT)
1
1,893.10 MOP
1,893.13 MOP 1 Reel of 100 Metres (ex VAT)
Stock information temporarily unavailable.
1
| quantity | Unit price |
|---|---|
| 1 - 49 | 1,893.13 MOP |
| 50+ | 1,870.05 MOP |
Technical Document
Specifications
Brand
TE ConnectivityJacket Colour
Black
Jacket Material
Polyvinyl Fluoride
Country of Origin
United Kingdom
Product details
ACW High Temperature Engine Harness Wiring
ACW wire is a composite construction with a tough radiation cross-linked fluoropolymer outer layer. This outer layer is bonded to radiation cross-linked polyolefin. The ACW wire has excellent fluid resistance and is designed to resist attack from oil, brake fluid, antifreeze and fuels used within the automotive trade.
Features & Benefits
* High operating temperature up to 150°C
* Designed to function in the hot engine compartment environment
* Excellent mechanical strength
* Ideal for automotive wire handling
* ETFE material performance at reduced cost
* Smaller, lighter and more flexible
* High level of compatibility with other automotive materials