Your cable may look perfect today – But will it perform after 10,15 or 25 years of thermal stress?
Sipcon’s heat-aging test chamber is designed specifically to evaluate the durability and performance of cable materials under prolonged exposure to evaluate temperatures. This chamber simulates the high-temperature conditions that cable might encounter during their operational life, allowing for a thorough assessment of their longevity and reliability.
Temperature Control System
Safety Ventilation System
| Parameter | Specification |
|---|---|
| Controller | PID (PT 100 Thermocouple Sensor) |
| Accuracy | 0.5% |
| Size (Working Area) | 450 (L) × 470 (W) × 450 (H) |
| Ventilation | Natural |
| Power | 2.0 kW |
| Temperature Range | Room to 300°C |
| Body | 304 Stainless Steel |
| Ventilation Range | 8–20 times/hr |
| Timer | 200 hours |
| Heater | Solenoid 2 kW |
| Observation Window | Glass |
| Dimensions | 800 (L) × 700 (W) × 1300 (H) |
| Inside Lighting | Yes |
| Hanger | Stainless Steel |
| Construction | Double sided porous ventilation dust Bottom diffuser air inlet plate Double layer stainless steel compartment |
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It tests material durability by simulating long-term thermal aging.
It heats cables to accelerate aging, checking insulation and sheathing performance.
Pricing depends on specifications and manufacturer.
Look for ISO/NABL certifications, customer reviews, compliance with IEC/ASTM standards, and after-sales support.
Buy from reputable manufacturers, authorized distributors, or platforms like cablemeasurement.com