Availability: | |
---|---|
Quantity: | |
NS-ARG
VOLSUN
Acrylic fiberglass tube sleeve is an insulating tube made of alkali-free glass fiber yarn woven into a tube, coated with acrylic resin and heated and dried. This fiberglass sleeving has excellent heat resistance and can withstand temperatures up to 155°C. It is suitable for F-class motors and electrical equipment. In addition, it also has good dielectric properties, softness and elasticity, and can effectively protect wires and cables from mechanical damage.
Acrylic fiberglass sleeve meets the environmental protection requirements of the EU REACH and ROHS directives and is widely used in insulation protection in motors, household appliances, electric heating equipment, special lamps and other fields. Its unique benzene and oil resistance make it widely used in automotive motors and other industrial equipment. In addition, due to its excellent wear resistance and radiation resistance, acrylic fiberglass sleeves are also used in aerospace and atomic energy fields.
In summary, acrylic fiberglass tube sleeve has become an indispensable and important material for various electrical equipment with its excellent performance and wide application fields.
Acrylic fiberglass tube sleeve is an insulating tube made of alkali-free glass fiber yarn woven into a tube, coated with acrylic resin and heated and dried. This fiberglass sleeving has excellent heat resistance and can withstand temperatures up to 155°C. It is suitable for F-class motors and electrical equipment. In addition, it also has good dielectric properties, softness and elasticity, and can effectively protect wires and cables from mechanical damage.
Acrylic fiberglass sleeve meets the environmental protection requirements of the EU REACH and ROHS directives and is widely used in insulation protection in motors, household appliances, electric heating equipment, special lamps and other fields. Its unique benzene and oil resistance make it widely used in automotive motors and other industrial equipment. In addition, due to its excellent wear resistance and radiation resistance, acrylic fiberglass sleeves are also used in aerospace and atomic energy fields.
In summary, acrylic fiberglass tube sleeve has become an indispensable and important material for various electrical equipment with its excellent performance and wide application fields.
Item | Typical Data | Test method |
Appearance | The coating should be uniform, the surface should be smooth, and there should be no defects that affect product performance | GB/T 7113.4-2011 |
Insulation resistance (Ω) | ≥1.0*109 | GB/T 7113.2-2014 |
Resistance to welding heat | Pass (only for hose with nominal inner diameter ≤5mm) | GB/T 7113.2-2014 |
Bendability after heating | No visible cracks or peeling of the coating, allowing the color to become darker | GB/T 7113.2-2014 |
Bendability at low temperatures | No visible cracks or peeling of the coating (experimental temperature: ≤-15 ~ -18℃) | GB/T 7113.2-2014 |
Paint resistance to hydrolysis | No coating migration, no adhesion between the hose and the paper and the hose test piece, and no discoloration of the paper | GB/T 7113.2-2014 |
Breakdown voltage | See reference standard | GB/T 7113.2-2014 |
Item | Typical Data | Test method |
Appearance | The coating should be uniform, the surface should be smooth, and there should be no defects that affect product performance | GB/T 7113.4-2011 |
Insulation resistance (Ω) | ≥1.0*109 | GB/T 7113.2-2014 |
Resistance to welding heat | Pass (only for hose with nominal inner diameter ≤5mm) | GB/T 7113.2-2014 |
Bendability after heating | No visible cracks or peeling of the coating, allowing the color to become darker | GB/T 7113.2-2014 |
Bendability at low temperatures | No visible cracks or peeling of the coating (experimental temperature: ≤-15 ~ -18℃) | GB/T 7113.2-2014 |
Paint resistance to hydrolysis | No coating migration, no adhesion between the hose and the paper and the hose test piece, and no discoloration of the paper | GB/T 7113.2-2014 |
Breakdown voltage | See reference standard | GB/T 7113.2-2014 |
Size |
ID d(mm) | Thickness w(mm) |
Package(M/Roll) | ||||
1.2KV | 1.5KV | 2.5KV | 4.0KV | 7KV | |||
Φ0.8 | +0.20mm | 0.20±0.05mm | 0.20±0.05mm | 0.40±0.15mm | 0.40±0.15mm | 0.55±0.15mm | 200 |
Φ1.0 | +0.20mm | 0.20±0.05mm | 0.20±0.05mm | 0.40±0.15mm | 0.40±0.15mm | 0.55±0.15mm | 200 |
Φ1.5 | +0.20mm | 0.20±0.05mm | 0.20±0.05mm | 0.40±0.15mm | 0.40±0.15mm | 0.55±0.15mm | 200 |
Φ2.0 | +0.20mm | 0.20±0.05mm | 0.20±0.05mm | 0.40±0.15mm | 0.40±0.15mm | 0.55±0.15mm | 200 |
Φ2.5 | +0.25mm | 0.25±0.05mm | 0.25±0.05mm | 0.40±0.15mm | 0.40±0.15mm | 0.55±0.15mm | 200 |
Φ3.0 | +0.35mm | 0.30±0.05mm | 0.30±0.05mm | 0.50±0.15mm | 0.50±0.15mm | 0.60±0.15mm | 200 |
Φ3.5 | +0.35mm | 0.35±0.05mm | 0.35±0.05mm | 0.50±0.15mm | 0.50±0.15mm | 0.60±0.15mm | 200 |
Φ4.0 | +0.35mm | 0.35±0.05mm | 0.35±0.05mm | 0.50±0.15mm | 0.50±0.15mm | 0.60±0.15mm | 100 |
Φ4.5 | +0.35mm | 0.35±0.05mm | 0.35±0.05mm | 0.50±0.15mm | 0.50±0.15mm | 0.60±0.15mm | 100 |
Φ5.0 | +0.35mm | 0.35±0.05mm | 0.35±0.05mm | 0.50±0.15mm | 0.50±0.15mm | 0.70±0.15mm | 100 |
Φ6.0-9.0mm | +0.50mm | 0.45±0.05mm | 0.45±0.05mm | 0.60±0.15mm | 0.60±0.15mm | 0.70±0.15mm | 100 |
Φ10.0-12.0mm | +0.70mm | 0.50±0.05mm | 0.50±0.05mm | 0.65±0.15mm | 0.65±0.15mm | 0.80±0.15mm | 50/30 |
Φ13.0-35.0mm | +0.80mm | 0.50±0.05mm | 0.50±0.05mm | 0.70±0.15mm | 0.70±0.15mm | 0.80±0.20mm | 30/20 |
Note: Special sizes & package are available on request.
Size |
ID d(mm) | Thickness w(mm) |
Package(M/Roll) | ||||
1.2KV | 1.5KV | 2.5KV | 4.0KV | 7KV | |||
Φ0.8 | +0.20mm | 0.20±0.05mm | 0.20±0.05mm | 0.40±0.15mm | 0.40±0.15mm | 0.55±0.15mm | 200 |
Φ1.0 | +0.20mm | 0.20±0.05mm | 0.20±0.05mm | 0.40±0.15mm | 0.40±0.15mm | 0.55±0.15mm | 200 |
Φ1.5 | +0.20mm | 0.20±0.05mm | 0.20±0.05mm | 0.40±0.15mm | 0.40±0.15mm | 0.55±0.15mm | 200 |
Φ2.0 | +0.20mm | 0.20±0.05mm | 0.20±0.05mm | 0.40±0.15mm | 0.40±0.15mm | 0.55±0.15mm | 200 |
Φ2.5 | +0.25mm | 0.25±0.05mm | 0.25±0.05mm | 0.40±0.15mm | 0.40±0.15mm | 0.55±0.15mm | 200 |
Φ3.0 | +0.35mm | 0.30±0.05mm | 0.30±0.05mm | 0.50±0.15mm | 0.50±0.15mm | 0.60±0.15mm | 200 |
Φ3.5 | +0.35mm | 0.35±0.05mm | 0.35±0.05mm | 0.50±0.15mm | 0.50±0.15mm | 0.60±0.15mm | 200 |
Φ4.0 | +0.35mm | 0.35±0.05mm | 0.35±0.05mm | 0.50±0.15mm | 0.50±0.15mm | 0.60±0.15mm | 100 |
Φ4.5 | +0.35mm | 0.35±0.05mm | 0.35±0.05mm | 0.50±0.15mm | 0.50±0.15mm | 0.60±0.15mm | 100 |
Φ5.0 | +0.35mm | 0.35±0.05mm | 0.35±0.05mm | 0.50±0.15mm | 0.50±0.15mm | 0.70±0.15mm | 100 |
Φ6.0-9.0mm | +0.50mm | 0.45±0.05mm | 0.45±0.05mm | 0.60±0.15mm | 0.60±0.15mm | 0.70±0.15mm | 100 |
Φ10.0-12.0mm | +0.70mm | 0.50±0.05mm | 0.50±0.05mm | 0.65±0.15mm | 0.65±0.15mm | 0.80±0.15mm | 50/30 |
Φ13.0-35.0mm | +0.80mm | 0.50±0.05mm | 0.50±0.05mm | 0.70±0.15mm | 0.70±0.15mm | 0.80±0.20mm | 30/20 |
Note: Special sizes & package are available on request.
FAQ 1:
Q: What are the main components of acrylic fiberglass sleeve?
A: Acrylic fiberglass sleeving is mainly composed of alkali-free glass fiber casing and acrylic resin.
FAQ 2:
Q: What are the characteristics of acrylic fiberglass sleeving?
A: Acrylic fiberglass tube sleeve has good dielectric properties, softness and elasticity, high temperature resistance, benzene resistance and oil resistance, and is suitable for wiring insulation and mechanical protection of motors, electrical appliances, instruments, radios and other devices.
FAQ 3:
Q: What are the application fields of acrylic coated fiberglass sleeving?
A: Acrylic glass fiber sleeve is widely used in insulation protection of F-class motors, household appliances, electric heating equipment, special lamps, etc. In addition, it is also used for taps and leads of power transformer windings, leads of motor windings, and insulation of connecting wires and joints of electrical equipment working in high temperature environments.
FAQ 4:
Q: What is the temperature resistance of acrylic fiberglass sleeves?
A: Acrylic fiberglass sleeves have reliable heat resistance, with a continuous use temperature range of -10℃ to +155℃, and can maintain performance unchanged in an environment up to 190℃, and there is no crack after thermal aging test.
FAQ 5:
Q: Can the acrylic coated glass fiber sleeve be customized to specific requirements?
A: Yes, please provide your exact customized requirements.
FAQ 1:
Q: What are the main components of acrylic fiberglass sleeve?
A: Acrylic fiberglass sleeving is mainly composed of alkali-free glass fiber casing and acrylic resin.
FAQ 2:
Q: What are the characteristics of acrylic fiberglass sleeving?
A: Acrylic fiberglass tube sleeve has good dielectric properties, softness and elasticity, high temperature resistance, benzene resistance and oil resistance, and is suitable for wiring insulation and mechanical protection of motors, electrical appliances, instruments, radios and other devices.
FAQ 3:
Q: What are the application fields of acrylic coated fiberglass sleeving?
A: Acrylic glass fiber sleeve is widely used in insulation protection of F-class motors, household appliances, electric heating equipment, special lamps, etc. In addition, it is also used for taps and leads of power transformer windings, leads of motor windings, and insulation of connecting wires and joints of electrical equipment working in high temperature environments.
FAQ 4:
Q: What is the temperature resistance of acrylic fiberglass sleeves?
A: Acrylic fiberglass sleeves have reliable heat resistance, with a continuous use temperature range of -10℃ to +155℃, and can maintain performance unchanged in an environment up to 190℃, and there is no crack after thermal aging test.
FAQ 5:
Q: Can the acrylic coated glass fiber sleeve be customized to specific requirements?
A: Yes, please provide your exact customized requirements.
content is empty!