Suzhou Volsun Electronics Technology Co., Ltd.
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NS-ARG
VOLSUN
High Temperature Resistant Insulated Acrylic Fiberglass Sleeving is a high-performance, flexible protective sleeve made from alkali-free glass fiber. The sleeving is coated with an insulating paint tube created from modified acrylic resin, which is then heat-treated to enhance its durability and insulation properties. This sleeving is designed for use in applications where high-temperature resistance and electrical insulation are critical.
Due to its excellent heat resistance, good insulation performance, and flexibility, this sleeving is used in a wide range of industries, including electrical, automotive, and household appliances. It serves as an ideal solution for wiring insulation, mechanical protection of electrical components, and equipment subjected to heat or high-stress environments.
Key applications include the insulation of motors, electrical appliances, meters, radios, household devices, and any equipment that requires protection against heat and electrical interference.
Operating temperature：-30℃～155℃
Environmental protection standard: RoHS
Standard color: White, other colors can be customized
1. Operating Temperature Range: -30℃ to 155℃
High Temperature Resistance: The Acrylic Fiberglass Sleeving can withstand extreme temperatures ranging from -30℃ to 155℃. This broad temperature range ensures the sleeving can protect wires and components in both extremely cold and hot environments, making it suitable for various industrial applications.
2. Good Insulation Performance
The sleeving provides reliable electrical insulation, ensuring the safety and efficiency of electrical wiring in motors, appliances, and electronic devices. This makes it ideal for insulating wires in high-voltage equipment, protecting them from electrical shorts and other potential issues.
3. Excellent Flexibility and Elasticity
The High Temperature Resistant Insulated Acrylic Fiberglass Sleeving is highly flexible, which allows it to bend easily around wires and components without breaking or losing shape. This property makes it easy to install and manage in complex setups with tight spaces or intricate wiring.
4. Durability
Coated with a modified acrylic resin and braided with alkali-free glass fibers, this sleeving offers excellent durability under physical stress. It can endure mechanical wear and tear, abrasions, and exposure to harsh conditions in various environments, such as factories, motor units, or automotive systems.
5. Environmental Protection Standard: RoHS Compliant
The sleeving is RoHS (Restriction of Hazardous Substances) compliant, ensuring that it meets environmental safety standards by not containing harmful substances such as lead or mercury. This feature makes it a preferred choice for companies and consumers who value eco-friendly solutions.
6. Customization Available
The sleeving is available in standard white but can also be customized in other colors upon request. This flexibility in color options can help businesses match the sleeving to their product designs or brand aesthetics, or to differentiate between different types of wires or components in a system.
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 colorto 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 and package can be customized as request.
Q1: What is High Temperature Resistant Insulated Acrylic Fiberglass Sleeving used for?
A.High Temperature Resistant Insulated Acrylic Fiberglass Sleeving is primarily used for wiring insulation and mechanical protection in applications such as motors, electrical appliances, meters, radios, and other electrical or mechanical equipment. It is ideal for environments with high or fluctuating temperatures.
Q2: What temperature range can this sleeving withstand?
A.This sleeving is capable of withstanding a wide range of temperatures, from -30℃ to 155℃. This allows it to protect wires and components in both cold and hot environments, ensuring the longevity and safety of electrical systems.
Q3: Is the sleeving environmentally friendly?
A.Yes, the sleeving meets the RoHS environmental standard, meaning it does not contain hazardous substances like lead, mercury, or other restricted chemicals. This makes it safe to use and environmentally responsible.
Q4: Can I customize the color of the sleeving?
A.Yes, while the standard color for the Acrylic Fiberglass Sleeving is white, custom color options are available upon request. This customization can be useful for differentiating wires or enhancing aesthetic appeal.
High Temperature Resistant Insulated Acrylic Fiberglass Sleeving is a high-performance, flexible protective sleeve made from alkali-free glass fiber. The sleeving is coated with an insulating paint tube created from modified acrylic resin, which is then heat-treated to enhance its durability and insulation properties. This sleeving is designed for use in applications where high-temperature resistance and electrical insulation are critical.
Due to its excellent heat resistance, good insulation performance, and flexibility, this sleeving is used in a wide range of industries, including electrical, automotive, and household appliances. It serves as an ideal solution for wiring insulation, mechanical protection of electrical components, and equipment subjected to heat or high-stress environments.
Key applications include the insulation of motors, electrical appliances, meters, radios, household devices, and any equipment that requires protection against heat and electrical interference.
Operating temperature：-30℃～155℃
Environmental protection standard: RoHS
Standard color: White, other colors can be customized
1. Operating Temperature Range: -30℃ to 155℃
High Temperature Resistance: The Acrylic Fiberglass Sleeving can withstand extreme temperatures ranging from -30℃ to 155℃. This broad temperature range ensures the sleeving can protect wires and components in both extremely cold and hot environments, making it suitable for various industrial applications.
2. Good Insulation Performance
The sleeving provides reliable electrical insulation, ensuring the safety and efficiency of electrical wiring in motors, appliances, and electronic devices. This makes it ideal for insulating wires in high-voltage equipment, protecting them from electrical shorts and other potential issues.
3. Excellent Flexibility and Elasticity
The High Temperature Resistant Insulated Acrylic Fiberglass Sleeving is highly flexible, which allows it to bend easily around wires and components without breaking or losing shape. This property makes it easy to install and manage in complex setups with tight spaces or intricate wiring.
4. Durability
Coated with a modified acrylic resin and braided with alkali-free glass fibers, this sleeving offers excellent durability under physical stress. It can endure mechanical wear and tear, abrasions, and exposure to harsh conditions in various environments, such as factories, motor units, or automotive systems.
5. Environmental Protection Standard: RoHS Compliant
The sleeving is RoHS (Restriction of Hazardous Substances) compliant, ensuring that it meets environmental safety standards by not containing harmful substances such as lead or mercury. This feature makes it a preferred choice for companies and consumers who value eco-friendly solutions.
6. Customization Available
The sleeving is available in standard white but can also be customized in other colors upon request. This flexibility in color options can help businesses match the sleeving to their product designs or brand aesthetics, or to differentiate between different types of wires or components in a system.
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 colorto 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 and package can be customized as request.
Q1: What is High Temperature Resistant Insulated Acrylic Fiberglass Sleeving used for?
A.High Temperature Resistant Insulated Acrylic Fiberglass Sleeving is primarily used for wiring insulation and mechanical protection in applications such as motors, electrical appliances, meters, radios, and other electrical or mechanical equipment. It is ideal for environments with high or fluctuating temperatures.
Q2: What temperature range can this sleeving withstand?
A.This sleeving is capable of withstanding a wide range of temperatures, from -30℃ to 155℃. This allows it to protect wires and components in both cold and hot environments, ensuring the longevity and safety of electrical systems.
Q3: Is the sleeving environmentally friendly?
A.Yes, the sleeving meets the RoHS environmental standard, meaning it does not contain hazardous substances like lead, mercury, or other restricted chemicals. This makes it safe to use and environmentally responsible.
Q4: Can I customize the color of the sleeving?
A.Yes, while the standard color for the Acrylic Fiberglass Sleeving is white, custom color options are available upon request. This customization can be useful for differentiating wires or enhancing aesthetic appeal.
