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Advanced Irradiation Cross-linking: The XLPE insulation undergoes high-energy electron beam irradiation, which transforms the linear molecular structure into a robust three-dimensional network. This ensures the wire remains physically stable and will not melt or drip even when exposed to temperatures reaching +150°C (+302°F) or during temporary electrical overloads.
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Superior Mechanical Integrity: Compared to standard plastic-insulated wires, Irradiated XLPE offers significantly higher resistance to mechanical stresses such as cut-through, abrasion, and crushing. This makes it ideal for complex installations in rugged industrial environments.
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Universal Chemical Resistance: The insulation material is chemically inert and provides exceptional protection against a wide range of common industrial contaminants, including acids, alkalis, oils, and organic solvents.
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Enhanced Thermal Range: Designed to maintain consistent electrical performance and flexibility across a wide thermal spectrum, from sub-zero cryogenic conditions at -60°C (-76°F) to high-heat operational environments.
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Tinned Copper Conductor Reliability: Utilizing high-purity tinned copper strands ensures excellent electrical conductivity while providing a critical protective barrier against oxidation and environmental corrosion, maintaining reliable connectivity over a long service life.
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Flame Retardancy: Complies with rigorous vertical and horizontal flame tests, ensuring maximum safety for internal electronic and power circuitry.
