Silane cross-linked low-smoke halogen-free flame-retardant polyolefin cable material is convenient to use, not only can be quickly cross-linked under warm water cooking conditions but also can be naturally placed at room temperature for cross-linking without additional irradiation processing, which makes Silane cross-linked low-smoke halogen-free flame-retardant polyolefin cable material more widely used.
Through the radiation cross-linking process, the wire and cable can achieve the effect of flame retardant. UV irradiates LSZH, which is suitable for large-scale and high-efficiency mass production of thin-walled insulation layers of wire and cables.
The Flame retardant grade pass IEC60332 Single vertical cable combustion test and Bunched cables combustion test.
Applications of Irradiation cross-linking LSZH
Electrical and Data Cables:
Used in buildings, tunnels, and transportation systems to ensure safety during fires by minimizing toxic smoke and halogen emissions.
Aerospace and Defense:
Essential in aircraft and military vehicles to maintain functionality and safety in fire scenarios.
Public Transportation:
Implemented in subway cars, buses, and trains to protect passengers and infrastructure.
Marine and Offshore:
Used in ships and offshore platforms where stringent fire safety standards are required.
Automotive Industry:
Applied in electric vehicle wiring and battery systems to enhance safety and durability.
Nuclear Facilities:
Used in environments with high safety requirements due to their enhanced fire resistance and low toxicity.
These applications leverage the improved thermal, mechanical, and flame-retardant properties provided by irradiation cross-linking, ensuring greater reliability and safety in demanding environments.
Key Benefits of Irradiation cross-linking LSZH
· Competitive price · Respond immediately · Strong R&D capability · Excellent after-sales service
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