Description

Technical Parameters

Built for extreme heat

Some environments are simply too hot for standard cables. Near kiln walls, inside industrial ovens, or beside melting furnaces, conventional cables can fail within minutes.

Our High temperature resistant cable is designed specifically for these extreme conditions. We select insulation systems based on application temperature requirements:

Fluoroplastic (FEP/PFA): 200°C–260°C
Fiberglass: up to 450°C continuous operation
Special ceramic silicone: short-term flame exposure up to 1000°C

This is not just heat resistance-it is engineered stability under extreme thermal stress.

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Stable electrical performance at high temperatures

High temperature resistance is not only about surviving heat-it is about maintaining electrical performance under heat.

Our cable maintains stable:

Insulation resistance
Dielectric strength
Conductor resistance

within its rated temperature range, without significant performance degradation.

The conductor uses tinned copper or nickel-plated copper to resist oxidation at elevated temperatures. This ensures stable conductivity over long-term operation.

For shielded versions, we use heat-treated tinned copper braid that maintains structural integrity without delamination or breakage under thermal stress.

The jacket material is matched to the insulation system to ensure consistent thermal and mechanical performance across the entire cable structure.

Deep experience in high-temperature applications

We have extensive experience in the design and production of high-temperature cables, serving industries such as metallurgy, ceramics, glass manufacturing, and heat treatment equipment.

Our products are certified to CE and RoHS standards and comply with IEC 60227 and EN 50288 requirements.

Available temperature grades range from 105°C to 450°C, with multiple construction options depending on application needs.

Common models include KGG, KGGP, F46, YGP, ZR-KGG, and NH-F46.

For export projects, we provide thermal aging test reports and complete customs documentation. High-temperature resistant and moisture-proof packaging is used for safe transportation.

Key Specifications

Parameter	Specification
Common Models	KGG, KGGP, F46, YGP, ZR-KGG, NH-F46
Conductor	OFC / tinned copper / nickel-plated copper
Insulation Material	Silicone / Fluoroplastic (FEP/PFA) / Fiberglass
Working Temperature	105°C / 150°C / 200°C / 260°C / 450°C grades
Shielding Structure	Heat-treated tinned copper braid

Frequently Asked Questions

Q: Which is better, 450°C fiberglass or 200°C fluoroplastic?

A: There is no absolute "better" option-it depends on the application environment.
Fiberglass supports higher continuous temperatures (up to 450°C), but it is less flexible and performs poorly in humid or corrosive environments. It is best suited for dry, fixed high-temperature installations such as kiln wiring.
Fluoroplastic (FEP/PFA) is rated for 200°C–260°C and offers better flexibility, moisture resistance, and chemical resistance. It is suitable for environments with humidity, oil, or corrosive gases.
We select the appropriate material based on temperature, humidity, chemical exposure, and mechanical movement requirements.

Q: Can you provide samples before mass production?

A: Yes. For high-temperature cables, we strongly recommend sample testing before mass production due to the complexity of operating conditions.
We can produce samples according to confirmed specifications so you can test them in real operating environments. After verifying thermal performance, electrical performance, and flexibility, we proceed with mass production.
Sample costs can be deducted from the final bulk order.

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High Temperature Resistant Cable

Key Specifications

Frequently Asked Questions