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High Temperature Ribbon Cable

High Temperature Ribbon Cable
Product Introduction:
Some high-temperature applications require more than heat resistance alone. The cable must also maintain a stable flat shape during operation. Our High temperature ribbon cable is designed for this requirement. It uses silicone or fluoroplastic insulation materials. At temperatures of 200°C–260°C, both electrical and dimensional stability are maintained.
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Description
Technical Parameters
Stays Flat and Stable in High Heat
 

Some high-temperature applications require more than heat resistance alone. The cable must also maintain a stable flat shape during operation.

Our High temperature ribbon cable is designed for this requirement. It uses silicone or fluoroplastic insulation materials. At temperatures of 200°C–260°C, both electrical and dimensional stability are maintained.

The cable does not expand and jam inside guide rails, nor does it shrink and affect core spacing under heat.

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Improved Heat Dissipation Performance

 

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The flat structure provides better heat dissipation compared to round cables. With a larger surface area exposed to air, heat is released more efficiently. As a result, internal temperature rise is lower in high-temperature environments.

The conductor uses ultra-fine stranded oxygen-free copper, designed for repeated high-frequency flexing.

The one-piece flat jacket offers strong resistance to thermal aging and combustion, making it suitable for long-term use on heated equipment or moving systems.

Precise Mold and Process Control
 

We have extensive experience in High temperature ribbon cable mold design and production processes. Width, thickness, and conductor spacing are precisely controlled to ensure dimensional stability.

Our products comply with GB/T 9330 and IEC 60227 standards and are certified with CE and RoHS. Common models such as high-temp flat KGG, flat KGGR, F46 flat high-temp, shielded high-temp flat, and flame-retardant high-temp flat are available in stock.

For export orders, we provide heat resistance test reports and complete customs documentation. All products are packed using high-temperature-resistant and moisture-proof packaging.

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Key Specifications

 

Parameter

Specification

Common Models

high-temp flat KGG, flat KGGR, F46 flat high-temp

Conductor

Ultra-fine stranded OFC

Insulation Material

Silicone / Fluoroplastic

Jacket Material

One-piece high-temp flat jacket

Working Temperature

-60°C ~ +200°C (silicone) / up to 260°C (fluoroplastic)

 

Frequently Asked Questions

 

Q: Which is better for High temperature ribbon cable, fluoroplastic or silicone?

A: Fluoroplastic offers higher temperature resistance, up to 260°C, and better chemical resistance. It is suitable for environments with both high heat and chemical exposure. However, it is slightly stiffer and less flexible than silicone.
Silicone is suitable for temperatures up to 200°C and offers better elasticity and softness.
If your operating temperature is below 200°C and flexibility is important, silicone is recommended. If the temperature ranges from 200°C to 260°C or involves corrosive conditions, fluoroplastic is the better choice. We can recommend the most suitable option based on your application.

Q: What is your warranty period?

A: Our warranty period is 12 months from the date of delivery.
For High temperature ribbon cable, we conduct heat aging tests before shipment to ensure both electrical and mechanical performance meet rated specifications.
During the warranty period, we cover all quality-related issues. Our after-sales team responds within 24 hours, and provides solutions for standard issues within 3 working days.

 

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