| Type |
Insulation Sleeve
|
|---|---|
| Product colour |
White
|
| Material |
Alkali-free Fiberglass
|
| Certification |
VW-1
|
| Flame-retardant |
VW-1
|
| Length |
9.8 Feet
|
|---|---|
| Maximum diameter |
5
mm
33% better than others
|
| Length |
9.8 Feet
|
|---|---|
| Maximum diameter |
5
mm
60% better than others
|
| Material |
Alkali-free Fiberglass
|
|---|---|
| Type |
Insulation Sleeve
|
| Product colour |
White
|
| Certification |
VW-1
|
| Flame-retardant |
VW-1
|
The uxcell Insulation Braid Sleeving is a high-temperature resistant protective conduit designed for demanding electrical applications. Constructed from alkali-free fiberglass and processed at high temperatures, this sleeve offers excellent thermal insulation and mechanical protection for wires and cables. Its inherent material properties ensure durability and performance in environments where heat is a significant factor, making it a reliable choice for maintaining the integrity of electrical systems. The 5mm inner diameter and 9.8ft length provide ample material for numerous applications, allowing for neat and organized wire management.
This fiberglass sleeve is engineered to withstand extreme working temperatures ranging from –30℃ to +600℃ and a working voltage of 500V to 800V, meeting the VW-1 flame resistance standard. Its primary function is to insulate and protect heat-sensitive equipment such as motors, engine components, and plug wires, preventing damage from ambient heat or heat generated during operation. The sleeve also serves to bundle and organize wiring harnesses, enhancing safety and improving the overall aesthetic of the installation by keeping wires tidy and preventing chafing.
While this product is effective for thermal insulation, it is crucial to understand its limitations and intended use. The sleeve's primary role is heat resistance, not heat dissipation. Users should ensure that electrical wires are not operating at excessively high temperatures due to load, as the sleeve's insulating properties can impede cooling. Exceeding recommended wire loads or operating temperatures could lead to wire overheating, potentially melting the underlying insulation. Therefore, appropriate wire gauge selection and load management are paramount when using this sleeving to ensure safe and reliable operation.