KFFRP is a flexible, shielded control cable designed for high-temperature applications. It features ultra-fine stranded conductors, FEP insulation, and a copper braid shield, making it ideal for mobile systems exposed to electromagnetic interference.

Application

Suitable for high-temperature moving machinery subject to EMI, robotic welding setups, aerospace mobile electronics, and automated test benches operating under elevated temperatures.

Product Advantage

Thermal endurance

Reliable at 200°C continuously and up to 260°C for brief periods, adapted for harsh thermal environments.

EMI protection

Tin-plated copper braid shielding effectively blocks electrical noise, preserving stable data transmission.

Chemical durability

Fluoroplastic material withstands oil, solvents, acids, and bases, suitable for corrosive settings like chemical processing.

Flexibility & fatigue resistance

Fine-strand construction plus a pliable sheath design supports intricate dynamic cable routing.

Safety & eco-profile

Low-smoke, halogen-free flame-retardant design limits toxic emissions in fires, satisfying high-level safety requirements.

Extended service life

Outstanding anti-aging and anti-fatigue properties deliver durable operation in high-temperature moving applications.

Technical index

Parameter	Specification
Conductor	Ultra-fine stranded, tin-plated copper wire
Cross-Sectional Range	0.2 mm² ~ 2.5 mm²
Core Count	2 ~ 37 cores
Rated Operating Voltage	300/300V
Dielectric Test Voltage	1.5kV AC for 1 minute
Insulation Material	Fluorinated Ethylene Propylene (FEP)
Insulation Wall Thickness	0.2 mm ~ 0.5 mm
Shielding Type	Braided copper screen, minimum 85% optical coverage
Outer Sheath Material	Fluorinated Ethylene Propylene (FEP)
Sheath Wall Thickness	0.6 mm ~ 1.0 mm
Operating Temperature Range	–65℃ to +200℃ (stationary use); –65℃ to +180℃ (flexing use)
Min. Bending Radius	Stationary: ≥5× cable OD; Flexing: ≥10× cable OD
Insulation Resistance	≥ 1500 MΩ·km
Voltage Withstand	No dielectric failure under sustained rated voltage
Flame Retardancy	Meets IEC 60332-1 requirements
Shielding Attenuation	Attenuation factor ≤ 0.7 at 1MHz
Flex Life Endurance	≥ 100,000 bending cycles (dynamic installation)
Capacitance	≤ 110 nF/km