Teflon High Temperature Wire, High Temperature Afpf Shielded Braided Multi-Core 0.5mm Teflon Insulated Control Cable

Teflon High Temperature Wire multi core 0.5mm²

• Conductor and Shielding Material: Silver - Plated Conductor
• Insulation and Sheath Material: FEP
• Rated Temperature: -60~200℃
• Rated Voltage: 300V

Cable Product Details - Cable Data

1. Product Overview

• Material Characteristics: Teflon (PTFE or FEP) has excellent properties such as high - temperature resistance, low - temperature resistance, chemical corrosion resistance, low friction coefficient, and high insulation.
• Applications: Suitable for scenarios such as high - temperature environments, high - frequency signal transmission, and industrial equipment.
• Application Fields:
  • High - temperature equipment (such as electric heaters, ovens).
  • High - frequency signal transmission (such as communication equipment, RF cables).
  • Industrial automation (such as sensors, control systems).
  • Medical equipment (such as high - temperature sterilization equipment).
  • Aerospace and military equipment (extreme environments).

2. Structural Design

• Conductor:
  • Material: High - purity copper conductor (bare copper or tinned copper).
  • Structure: Stranded by multiple fine copper wires (usually Class 5 or Class 6 level) to ensure high flexibility.
• Insulation Layer:
  • Material: PTFE or FEP.
  • Function: Isolate the conductor and provide excellent electrical insulation performance.
• Shielding Layer (Optional):
  • Structure: Aluminum foil shielding or copper wire braided shielding.
  • Function: Effectively shield electromagnetic interference (EMI).
• Sheath Layer:
  • Material: PTFE or FEP.
  • Function: Provide mechanical protection, and resist high - temperature and chemical corrosion.

3. Performance Characteristics

• High - Temperature Resistance:
  • The working temperature range is generally -60°C to 260°C (up to 300°C for short - term).
• Low - Temperature Resistance:
  • Remains flexible in low - temperature environments, suitable for use in extremely cold regions.
• Chemical Corrosion Resistance:
  • Resistant to oil, acids, alkalis, and solvents, suitable for chemical environments.
• Electrical Performance:
  • High insulation resistance, suitable for high - voltage environments.
  • Low dielectric constant and low loss, suitable for high - frequency signal transmission.
• Wear Resistance:
  • Excellent friction resistance, suitable for dynamic applications.
• Environmental Friendliness:
  • Non - toxic and odorless, meeting environmental protection requirements.
• Flame Retardancy:
  • Complies with flame - retardant standards (such as UL VW1 or IEC 60332).

4. Technical Parameters

5. Common Types

• Single - Core Teflon Cable:
  • Structure: Single conductor + Teflon sheath.
  • Characteristics: Suitable for fixed wiring or simple dynamic applications.
• Multi - Core Teflon Cable:
  • Structure: Multiple conductors + shielding layer (optional) + Teflon sheath.
  • Characteristics: Used for multi - signal or power transmission, suitable for complex wiring.
• Shielded Teflon Cable:
  • Structure: Shielding layer + Teflon sheath.
  • Characteristics: Strong anti - interference ability, suitable for high - interference environments.
• High - Frequency Teflon Cable:
  • Structure: Low - loss Teflon insulation + shielding layer.
  • Characteristics: Suitable for high - frequency signal transmission (such as RF cables).

6. Application Scenarios

• High - Temperature Environment:
  • Used in electric heaters, ovens, and heat treatment equipment.
• High - Frequency Signal Transmission:
  • Used in communication equipment, RF cables, and microwave equipment.
• Industrial Automation:
  • Used in sensors, control systems, and industrial robots.
• Medical Equipment:
  • Used in high - temperature sterilization equipment and medical devices.
• Aerospace and Military Equipment:
  • Used for electrical connections in extreme environments.

7. Selection Suggestions

• Select According to Temperature Requirements:
  • The maximum working temperature needs to match the temperature resistance level of the cable.
• Select According to Signal Type:
  • When transmitting high - frequency signals, choose low - loss Teflon cables.
• Select According to Shielding Requirements:
  • In high - interference environments, choose cables with a shielding layer.
• Select According to Electrical Parameters:
  • Ensure that the rated voltage and current meet the equipment requirements.

Summary