Electrical braided sleeving is a flexible sleeving widely used for protecting wires and cables. Its primary applications include:
Provides protection against abrasion, cuts, and impact, making it particularly suitable for wiring harnesses subject to frequent movement or exposure to complex environments. Its braided structure effectively distributes external forces, preventing cable damage from friction or compression.
Select models utilize a tinned copper-coated PET fiber braid to shield against electromagnetic interference (EMI) and radio frequency interference (RFI), making them suitable for precision electronic equipment or industrial control systems.
Sleeving made of fiberglass or polyamide (PA) can withstand extreme temperatures and is commonly used in high-temperature environments such as automotive engine compartments and industrial heating equipment.
Flame-retardant (such as PET-V0) and silicone-coated sleeving improve electrical insulation and reduce fire risks, making them suitable for applications such as home appliances and medical equipment.
Multi-layered shielding (such as the collaborative design found in lead-sheathed cables) resists acid and alkali corrosion and liquid penetration, making them suitable for underground installation or humid environments.
The expandable braid design allows the tubing to be quickly inserted into existing wiring harnesses without removing the connector, significantly simplifying maintenance.
Electrical braided sleeving is a flexible sleeving widely used for protecting wires and cables. Its primary applications include:
Provides protection against abrasion, cuts, and impact, making it particularly suitable for wiring harnesses subject to frequent movement or exposure to complex environments. Its braided structure effectively distributes external forces, preventing cable damage from friction or compression.
Select models utilize a tinned copper-coated PET fiber braid to shield against electromagnetic interference (EMI) and radio frequency interference (RFI), making them suitable for precision electronic equipment or industrial control systems.
Sleeving made of fiberglass or polyamide (PA) can withstand extreme temperatures and is commonly used in high-temperature environments such as automotive engine compartments and industrial heating equipment.
Flame-retardant (such as PET-V0) and silicone-coated sleeving improve electrical insulation and reduce fire risks, making them suitable for applications such as home appliances and medical equipment.
Multi-layered shielding (such as the collaborative design found in lead-sheathed cables) resists acid and alkali corrosion and liquid penetration, making them suitable for underground installation or humid environments.
The expandable braid design allows the tubing to be quickly inserted into existing wiring harnesses without removing the connector, significantly simplifying maintenance.