Electrical Materials - fiberglass silicone sleeving

Electrical Materials List

Fiberglass Silicone Sleeving

TUBE-SILICON product image

What is fiberglass silicone sleeving?

Glass fiber silicone sleeving is made by weaving alkali-free glass fiber yarn into a blank tube, then coating the surface with silicone resin and subjecting it to high temperature treatment.

It provides good dielectric performance, self-extinguishing properties, and flexibility.

Main uses of fiberglass silicone tubes

Fiberglass Silicone Sleeving has properties such as insulation resistance, high temperature resistance, and self-extinguishing properties, and is mainly used for the protection of cables.

It can be widely used in insulation protection of H & N class motors, household appliances, electric heating equipment, special lamps, televisions and internal wiring harnesses of electronic instruments.

Material characteristics

This fiberglass silicone tube is woven from alkali-free glass fiber yarn and coated with silicone resin. High-temperature processing gives it excellent wear resistance and high-temperature protection.

  • Temperature resistant

    • It can withstand temperatures up to 200°C and as low as -10°C, and is suitable for use in environments with harsh temperatures or for equipment that generates heat, such as motors.

  • flame retardant self-extinguishing

    • Fiberglass silicone tubes are flame retardant and self-extinguishing, which can reduce accidents.

  • Withstand voltage

    • Suitable for heavy electrical and motor industries, it can withstand a certain level of voltage and has high insulation strength.

Size and Color selection

This fiberglass silicone tube is white. When selecting the size, please measure the diameter of the cable bundle you intend to cover. The covering diameter must be smaller than the inner diameter on the specification table.

Specifications

Color white
Material fiberglass filament, silicone resin
Heat Resistance Temperature -10℃~200℃
Flame Retardant Rating UL1441 VW-1
Certification RoHS

Main specification sheet (N-GF-15)

Model Withstand Voltage Inner Diameter (mm) Wall Thickness (mm)
Average Minimum
N-GF-15-1 1.5KV 1.2KV 1.0+0.20-0 0.35±0.12
N-GF-15-1.5 1.5+0.20-0 0.35±0.12
N-GF-15-2 2.0+0.20-0 0.35±0.12
N-GF-15-2.5 2.5+0.25-0 0.35±0.12
N-GF-15-3 3.0+0.25-0 0.35±0.12
N-GF-15-3.5 3.5+0.35-0 0.42±0.12
N-GF-15-4 4.0+0.35-0 0.42±0.12
N-GF-15-4.5 4.5+0.35-0 0.42±0.12
N-GF-15-5 5.0+0.35-0 0.42±0.12
N-GF-15-5.5 5.5+0.50-0 0.45±0.12
N-GF-15-6 6.0+0.50-0 0.45±0.12
N-GF-15-7 7.0+0.50-0 0.45±0.12
N-GF-15-8 8.0+0.50-0 0.45±0.12
N-GF-15-9 9.0+0.50-0 0.45±0.12
N-GF-15-10 10.0+0.70-0 0.53±0.12
N-GF-15-12 12.0+0.70-0 0.53±0.12
N-GF-15-14 14.0+0.80-0 0.65±0.12
N-GF-15-16 16.0+0.80-0 0.65±0.12
N-GF-15-18 18.0+0.80-0 0.65±0.15
N-GF-15-20 20.0+0.80-0 0.65±0.15
N-GF-15-22 22.0+0.90-0 0.75±0.15
N-GF-15-25 25.0+0.90-0 0.75±0.15
N-GF-15-28 28.0+0.90-0 0.75±0.15
N-GF-15-30 30.0+0.90-0 0.75±0.15

Main specification sheet (N-GF-25)

Model Withstand Voltage Inner Diameter (mm) Wall Thickness (mm)
Average Minimum
N-GF-25-1 2.5KV 2.0KV 1.0+0.20-0 0.35±0.12
N-GF-25-2 2.0+0.20-0 0.35±0.12
N-GF-25-3 3.0+0.25-0 0.35±0.12
N-GF-25-4 4.0+0.35-0 0.42±0.12
N-GF-25-5 5.0+0.35-0 0.42±0.12
N-GF-25-6 6.0+0.50-0 0.45±0.12
N-GF-25-7 7.0+0.50-0 0.45±0.12
N-GF-25-8 8.0+0.50-0 0.45±0.12
N-GF-25-9 9.0+0.50-0 0.45±0.12
N-GF-25-10 10.0+0.70-0 0.53±0.12
N-GF-25-12 12.0+0.70-0 0.53±0.12
N-GF-25-14 14.0+0.80-0 0.65±0.12

Main specification sheet (N-GF-40)

Model Withstand Voltage Inner Diameter (mm) Wall Thickness (mm)
Average Minimum
N-GF-40-1 4.0KV 3.0KV 1.0+0.20-0 0.35±0.12
N-GF-40-2 2.0+0.20-0 0.35±0.12
N-GF-40-3 3.0+0.25-0 0.35±0.12
N-GF-40-4 4.0+0.35-0 0.42±0.12
N-GF-40-5 5.0+0.35-0 0.42±0.12
N-GF-40-6 6.0+0.50-0 0.45±0.12
N-GF-40-7 7.0+0.50-0 0.45±0.12
N-GF-40-8 8.0+0.50-0 0.45±0.12
N-GF-40-9 9.0+0.50-0 0.45±0.12
N-GF-40-10 10.0+0.70-0 0.53±0.12
N-GF-40-12 12.0+0.70-0 0.53±0.12
N-GF-40-14 14.0+0.80-0 0.65±0.12

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