Measures the ability of the wire to withstand mechanical stress without breaking.
👉 Ensures durability and safety when wires are pulled, bent, or stretched during installation and use.
Evaluates the insulation’s stability when exposed to sudden high temperatures.
👉 Ensures the wire can resist cracking or damage under extreme heat conditions.
Checks the long-term performance of insulation under continuous heat exposure.
👉 Guarantees consistent electrical performance even in high-temperature environments.
Assesses the wire’s insulation resilience under both heat and pressure.
👉 Confirms that the material won’t deform easily, maintaining structural integrity during operation.
Measures the extent of insulation shrinkage when exposed to heat.
👉 Prevents size reduction or gaps that may expose conductors and cause safety hazards.
Determines the ductility of the wire — how much it can stretch before breaking.
👉 Ensures flexibility for safe bending and handling during wiring installations.
Measures the ability of the wire to withstand mechanical stress without breaking.
👉 Ensures durability and safety when wires are pulled, bent, or stretched during installation and use.
Evaluates the insulation’s stability when exposed to sudden high temperatures.
👉 Ensures the wire can resist cracking or damage under extreme heat conditions.
Checks the long-term performance of insulation under continuous heat exposure.
👉 Guarantees consistent electrical performance even in high-temperature environments.
Assesses the wire’s insulation resilience under both heat and pressure.
👉 Confirms that the material won’t deform easily, maintaining structural integrity during operation.
Measures the extent of insulation shrinkage when exposed to heat.
👉 Prevents size reduction or gaps that may expose conductors and cause safety hazards.
Determines the ductility of the wire — how much it can stretch before breaking.
👉 Ensures flexibility for safe bending and handling during wiring installations.
We strictly follow national and international quality benchmarks to ensure every product meets customer expectations.
Quality starts at the source. From sourcing high-grade copper and insulation materials to precision stranding, winding, and packaging, every step is monitored to maintain consistency
– Copper/Aluminum for conductor, PVC/XLPE for insulation, PVC/LSZH for sheath.
– Fine wires twisted together for strength & flexibility.
– Extrusion of PVC over conductor for electrical safety.
– Multiple insulated wires laid together (for multicore cables).
– Protective layer to bind and protect cores.
– Steel/tape applied for heavy-duty protection (optional).
– Final covering for weather & mechanical protection.
– Electrical, mechanical & fire-resistance tests as per ISI standards.
– Marking size, brand, standard → coiled/drummed for dispatch.
Whether it’s a single spool or a bulk industrial order, every Hellycab product carries the same assurance — tested, verified, and ready to perform.
That’s the Hellycab Assurance.
