Fierglass High Temperature Insulation Sleeve

• Customization: Available
• Application: Protection Sleeve
• Color: Selectable
• Model NO.: CL-HTG
• Material: Fiberglass
• Maximum Voltage: Selectable
• Thermal Rating: 550 Degrees
• Type: Insulation Sleeve & Tube
• Classification: Hybrid Insulation Materials
• Certification: Iatf16949
• Brand: Cl
• Transport Package: Carton
• Specification: 1-30mm
• Origin: Changzhou
• Production Capacity: 5000000m/Year

Product Description

1.Product Introduction
  CL-HTG fiberglass sleeve is kind of insulation sleeve, which braided by E grade glass fiber then impregnated with special resin binder after high temperature dewaxing. Widely used to protect wires from high temperature and occasional flame on electric motor, household appliances and automobile.
The maximum temperature is 600ºC It has excellent heat resistance, corrosion resistance, aging resistance and heat dissipation. Applicable to electrical machinery, electrical wiring insulation, household electrical wiring sheath, automotive wiring harness exhaust pipe protection, factory workshop under high temperature wire protection.


2.Product Characters
 

Thermal Class	C
Size/Inner diameter	1mm-30mm
Colour	BLACK ; Accept customized
Working temperature	-70°C -550°C
Breakdown voltage	1kv
Character	High temperature & flame resistant,anti-aging,acid and alkali resistant,etc.

 

1. Standard Specifications

CL-HTG	Inner Diameter./mm		Thickness /mm	Package length  m/roll
	Nominal	Tolerance
CLHTG-S-010	1	0~+0.30	0.30±0.12	Min Packing 100m/roll MOQ:5000m
CLHTG-S-015	1.5
CLHTG-S-020	2		0.40±0.15
CLHTG-S-025	2.5
CLHTG-S-030	3			Min Packing 100m/roll MOQ:3000m
CLHTG-S-040	4
CLHTG-S-050	5	0~+0.5	0.45±0.15
CLHTG-S-060	6
CLHTG-S-070	7
CLHTG-S-080	8
CLHTG-S-090	9	0~+1.0	0.60±0.20
CLHTG-S-100	10			Min Packing 50m/roll  MOQ:2000m
CLHTG-S-120	12
CLHTG-S-130	13
CLHTG-S-140	14			Min Packing 25m/roll   MOQ:1000m
CLHTG-S-160	16
CLHTG-S-180	18	0~+2.0	0.64±0.22	Min Packing 20m/roll MOQ:1000m
CLHTG-S-200	20
CLHTG-S-220	22
CLHTG-S-250	25
CLHTG-S-300	30		0.66±0.22