XLPE Cable Material

NHFR-125F07
1. Used to produce temperature-resistant grade UL125 degrees, flame-retardant FT2 electronic wire products.
2. Processing advantages: This type of cable material is mixed and compressed by an internal mixer, and plasticized and extruded by a twin-screw granulator. The components are evenly dispersed and the performance is stable.
3. The product is stable in extrusion, with less slag at the die mouth, smooth wire surface, and no cracking during the use of the product. The corresponding technical parameters meet the UL1581/758 standard.
4. The product complies with the EU ROHS and REACH environmental protection standards.
5. Our company has an excellent technical team and can also provide customers with customized products. Under the premise of meeting the standards, we accept other detailed requirements raised by customers.

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Thermoplastic Low Smoke Halogen-Free Flame Retardant Cable Material

NHFR-90B05
1. Thermoplastic low-smoke halogen-free flame-retardant cable material has a temperature resistance of 90℃, and the product oxygen index is required to reach above 32. It has good mechanical properties and processing properties, and can be widely used in the classification and application of power cables, communication cables, low-smoke halogen-free cable materials, control cables, marine cables, etc. Sheath layer.
2. Processing advantages: This type of cable material is mixed and compressed by an internal mixer, and is made by twin-screw plasticizing extrusion granulation. The components are evenly dispersed and the performance is stable.
3. The product has stable extrusion, less slag accumulation at the die mouth, smooth wire surface, no cracking during use, and good crack resistance.

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Vitrified Polyolefin Cable Material

TCPE-8030
1. Ceramized polyolefin cable material is a new type of high-performance fire-resistant material developed for fire-resistant wires and cables. In addition to the characteristics of ordinary low-smoke halogen-free cable materials, it also has excellent fire-proof and fire-resistant properties. It can form a complete and dense shell under the burning of flames. The shell does not melt or drip in a fire environment (550~1800°C) and has very good heat insulation and fireproof effects. It is an ideal material for fire-resistant cables. This series includes ceramicized fire-resistant polyolefin insulation and sheath materials, which are used in fire-resistant and fire-resistant building lines. The material properties meet the requirements of GB/T-19666, BS-6387 and other standards.
2. Processing advantages: This type of cable material is mixed and compressed by an internal mixer and plasticized and extruded by a twin-screw extruder. The components are evenly dispersed and the performance is stable.
3. The product has good porcelainization properties, dense shells and hardness.

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EV New Energy Cable Materials

EVF-125H09
1.EV new energy cable material, applied to electric vehicle cables, product standards refer to ISO-6722, QC-T1037, GB/T25085, GB/T25087 requirements.
2. Used to produce in-vehicle EV high-voltage cables, temperature-resistant grade 125-degree sheath material.
3. Processing advantages: This type of cable material is mixed and compressed by a mixer, and is made by twin-screw plasticizing extrusion granulation. The components are evenly dispersed and the performance is stable.
4. The product is extruded smoothly, soft, has a small bending radius, is scratch-resistant, and does not crack during long-term use.
5. The product complies with EU ROHS and REACH environmental protection standards.

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