Fleece tapes, also known as fleece-backed tapes or fabric tapes, are adhesive tapes that have a layer of fleece or fabric on one side. These tapes are widely used in various applications for their unique properties and advantages.
Here are some key features and uses of fleece tapes:
1. Soft and cushioned: The fleece or fabric layer provides a soft and cushioned surface, making these tapes gentle to the touch. They are commonly used in applications where comfort is important, such as medical bandages or sports equipment.
2. Versatile adhesive properties: Fleece tapes often have a strong adhesive on one side, allowing them to bond to a wide range of surfaces, including metal, plastic, glass, fabric, and more. The adhesive can be acrylic-based or rubber-based, depending on the specific requirements of the application.
3. Insulation and protection: The fleece layer in these tapes offers insulation and protection properties. They can help insulate against temperature changes, electrical currents, or vibrations. The cushioning effect also helps protect delicate surfaces from scratches or damage.
4. Sound dampening: Due to their soft texture, fleece tapes are often used for sound dampening purposes. They can reduce vibrations and absorb noise, making them useful for applications in automotive, electronics, or audio equipment.
5. Easy application and removal: Fleece tapes are typically easy to handle and apply. They can be torn by hand or cut to the desired length. Additionally, many fleece tapes are designed to be removable without leaving residue or damaging the surface they were applied to.
6. Variety of applications: Fleece tapes find applications in a wide range of industries and settings. They are used in arts and crafts, upholstery, automotive interiors, medical devices, electronics, sports equipment, and many other areas where their softness, adhesive properties, and protective qualities are valuable.
7. Customization: Fleece tapes are available in various widths, colors, and thicknesses, providing flexibility for different applications. Some tapes may have additional features such as water resistance or flame retardancy, depending on the specific requirements of the task.
When selecting a fleece tape, it's important to consider factors such as the desired adhesive strength, the surface it will be applied to, the level of cushioning or protection needed, and any specific environmental or performance requirements.
Overall, fleece tapes offer a versatile solution for applications that require a combination of softness, adhesion, and protection. They provide a reliable and practical way to bond, insulate, and safeguard various surfaces in a wide range of industries.
Application | Insulation Of Wiring Harness |
Material | Non-woven Fabric |
Width | 9/19/25/32/38/50mm ±0.2 |
Flame retardation | Class B Self-extinguishing |
Length | 10m |
Thickness | 0.31mm |
Tensile Strength | 20N/cm |
Resistance to Abrasion | Good |
Resistance to Chemicals | Good |
Elongation | ≥10% |
Fleece wiring tapes, also known as fleece tapes or fabric tapes, are adhesive tapes with a fleece or fabric backing used in various applications related to wiring and electrical installations. These tapes are designed to provide insulation, protection, and bundling capabilities for electrical wires and cables. Here are some common applications of fleece wiring tapes:
1. Electrical Insulation: Fleece tapes provide an additional layer of insulation for electrical wires and components. They can be wrapped around individual wires or used to cover exposed sections of cables, providing protection against physical damage, moisture, and electrical short circuits.
2. Wire and Cable Repair: When wires or cables are damaged, fleece wiring tapes can be used to repair them temporarily or as a temporary measure until a permanent fix can be implemented.
3. Automotive Applications: Fleece tapes find extensive use in the automotive industry for various wiring and cable management tasks. They are employed in the assembly of wire harnesses, protecting wiring systems against vibrations, abrasion, and temperature fluctuations.