WDZ-BYJR(F)/2.5mm²

Irradiated low smoke halogen-free wire

1. Upgraded version of military technology, fire retardant wire
2. Contains no halogen, no smoke, no harmful gases and corrosive gases.
3. Irradiation process, high temperature resistance, anti-aging, good insulation, long life and safer
4. TUV, CE, SGS certification, superior quality performance
5. Exquisite carton packaging, user-friendly design, easy construction

(High-end flame-retardant household wires)

Irradiation of low-smoke halogen-free wires

Large current capacity: The temperature resistance level is increased from 70°C to 125°C for non-crosslinking, which is 15-30% higher than the wire carrying capacity of the same specification.
Large insulation resistance: avoids the use of hydroxide as a flame retardant, thus preventing the insulation layer from absorbing moisture in the air and reducing the insulation resistance
Long service life and strong overload capability
Environmentally friendly and safe: the wires are made of halogen-free environmentally friendly materials, and only a small amount of non-toxic white smoke is generated at high temperatures.
Stable product quality
Irradiated low-smoke halogen-free wires are difficult to ignite and have a strong ability to prevent or delay the spread of flame, non-toxic, low-smoke, non-toxic, non-corrosive

Reliable product quality

Irradiation of low-smoke, halogen-free wires: Under the illumination of an electron high-energy beam, the insulating layer of the wire and cable undergoes a molecular structure change. Long-term work up to 125 ° C maximum temperature, insulation 250 ° C The high temperature does not melt, the current carrying capacity is 30% higher than PVC, and the service life is up to 70 years. It is environmentally friendly and non-toxic, and is the preferred wire category for high-end places.


Cost-effective product

Irradiation of low-smoke, halogen-free is an upgrade of low-smoke, halogen-free wires. Irradiation cross-linking is to use high-performance electron beam generated by an electron accelerator to irradiate an insulating layer to form a polymer radical, and then a polymer The free radicals are recombined into crosslinks, which transforms the original linear molecular structure into a three-dimensional network structure and improves the properties of the insulating layer. Irradiation cross-linking is a physical cross-linking, effectively avoiding many defects of the chemical cross-linking process.

Choose a safe and environmentally friendly brand to protect your family.

Product Specification(mm²) Length(m) Weight(kg) Copper purity(%)
show-1.jpgWDZ-BYJR/1.5mm²
1.5 100 2.16 99.99
show-1.jpgWDZ-BYJR/2.5mm²
2.5 100 3.4 99.99
show-1.jpgWDZ-BYJR/4.0mm²
4.0 100 5.1 99.99
show-1.jpgWDZ-BYJR/6.0mm²
6.0 100 7.22 99.99

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