Hot Products

Products Categories

Procurement Guide for New Low Smoke Halogen-free High Flame Retardant Tape

Procurement Guide for Lightweight PE Filler Strip

Procurement Guide for Nylon Curing Tape (PBT Tape)

Low Smoke Halogen-free Flame-retardant Insulation And Sheath Granules For Wires And Cables

Cable PVC Insulating Compound PVC Insulation Compound Granules

Wire and Cable PVC Compound Granule PVC Sheath

Cable Green Hot Rolled Spotted Non-woven Fabric

Cable PP Foam Tape

Cable Thin Flame-retardant Tape

Cable Semi-conductive Non-woven Tape

0102030405

China Suppliers Hot Rolled Green Spotted Non-Woven Fabric for Cable Production - Durable & Eco-Friendly Factory Product

Introducing our premium green hot rolled spotted non-woven fabric, a superior product manufactured in China using advanced hot-rolled technology. This fabric boasts exceptional mechanical strength and wear resistance, making it ideal for use in the production of power cables and communication cables. As a trusted supplier in the industry, we ensure that our non-toxic and environmentally friendly materials meet all relevant environmental standards. Our fabrics are designed to fulfill the strength and durability requirements essential for reliable cable performance. Choose our factory for high-quality solutions that support a sustainable future in cable manufacturing

Product Detail

Product Description

Green hot rolled spotted non-woven fabric for cables is a high-performance non-woven fabric material designed specifically for cables, characterized by the following aspects:

1. Material Characteristics

Color: Green, this color not only meets environmental requirements, but also provides good visual recognition during cable manufacturing and installation.

Ingredients: Usually made from polyester fibers (PET) or polypropylene fibers (PP) as the main body, and processed by hot rolling. Polypropylene fibers may be used as binders to enhance the bonding strength between fibers.

Hot rolling treatment: The hot rolling process forms uniform rolling points on the surface of non-woven fabric, which not only increase its friction and tensile strength, but also make it more durable and stable.

2. Electrical Characteristics

Insulation performance: Green hot rolled point non-woven fabric has good insulation performance, which can effectively protect the insulation layer of the cable from external environmental influences.

Wrapping performance: Due to the increased friction after embossing, it is not easy to loosen during wrapping, making it suitable for cable laying machines with fast wrapping speeds. At the same time, its strong tensile force can meet the usage needs of cables under different working conditions.

3. Physical Performance

Thickness and weight: The thickness and weight of green hot rolled point non-woven fabric may vary depending on different specifications and applications. Generally speaking, its thickness may range from 0.13mm to 0.25mm, and the unit weight (in grams) may also be in the range of 70g/㎡ to 105g/㎡.

Tensile strength and elongation at break: These indicators are important indicators for measuring the performance of non-woven fabrics. Green hot rolled point non-woven fabric has high tensile strength and low elongation at break, which can meet the requirements of cable use when subjected to tension or bending.

4. Application Fields

Cable wrapping: Green hot-rolled point non-woven fabric is one of the important materials for cable wrapping, widely used for wrapping, core tightening, longitudinal wrapping, and cushion layer of all plastic power cables, control cables, communication cables, fiber optic cables, rubber sheathed cables, etc.

Cable protection: During the manufacturing and use of cables, green hot tie point non-woven fabric can effectively protect the internal materials of cables from external environmental erosion and damage, thereby improving the service life and safety of cables.

5. Other Characteristics

Environmentally friendly and non-toxic: The green hot rolled point non-woven fabric is made of environmentally friendly materials, which are non-toxic and non irritating, and will not cause pollution to the environment.

Easy to construct: Its lightweight and soft characteristics make construction more convenient and efficient.

Green Hot Rolled Spotted Non-woven Fabric for Cables

Parameters

Thickness (mm)	Grammage (g/m²)	Tensile strength (N/cm)	Elongation (%)	Short term stability (℃)	Long term stability (℃)
0.2±0.02	100±10	≥50	≤3%	230	90
Application	Mainly used in all plastic power cables, communication cables, etc. This product, due to increased friction after embossing, is not easy to loosen during wrapping and has strong tensile strength, making it suitable for cable laying machines with fast wrapping speeds.
Support customizing other specifications

Detailed Image

Frequently Asked Questions (FAQ)

What are the primary applications of green hot rolled spotted non-woven fabric?

It is widely used for wrapping, core tightening, longitudinal wrapping, and cushion layers in all plastic power cables, control cables, communication cables, fiber optic cables, and rubber sheathed cables.

Why does this non-woven fabric feature a spotted hot-rolled surface?

The hot rolling process creates uniform rolling points on the surface, which significantly increases friction and tensile strength. This ensures the fabric does not loosen easily during high-speed wrapping operations.

What are the standard thickness and weight specifications?

Generally, the thickness ranges from 0.13mm to 0.25mm, and the unit weight ranges from 70g/㎡ to 105g/㎡. Custom specifications are also supported to meet specific project needs.

What are the thermal stability limits of this material?

The fabric has a short-term stability limit of up to 230℃ and a long-term operational stability limit of up to 90℃, making it suitable for demanding cable environments.

Is this green non-woven fabric safe and environmentally friendly?

Yes, it is manufactured using environmentally friendly materials. It is non-toxic, non-irritating, and will not cause pollution to the environment during manufacturing or installation.