High Temperature Aerospace Cable | SPC/PFA/SCR/PFA 2x1mm2 1000V 250℃

HIGH TEMPERATURE AEROSPACE CABLE: MISSION-CRITICAL RELIABILITY FOR EXTREME ENVIRONMENTS

Engineered to meet the rigorous demands of aviation and aerospace, our High Temperature Aerospace Cable sets the standard for reliability in the world's most challenging operating conditions. This premium cable features 2x1mm2 silver-plated copper (SPC) conductors with advanced PFA (Perfluoroalkoxy) insulation and sheath, protected by a high-coverage SPC wire braiding shield (≥85%). Rated for 1000V operations at continuous temperatures up to 250℃, this precision-engineered 5mm OD cable delivers unwavering performance for aircraft systems, spacecraft components, military avionics, and defense equipment where failure is not an option.

KEY FEATURES & TECHNICAL ADVANTAGES

✔ Aerospace-Grade Thermal Performance: PFA construction ensures stable operation from -65℃ to +250℃, capable of withstanding extreme thermal cycling from high-altitude cold to engine bay heat.
✔ Mission-Critical Voltage Rating: 1000V rating provides robust dielectric strength for power distribution and sensitive avionic circuits in high-voltage aerospace systems.
✔ Superior EMI/RFI Shielding: High-density SPC wire braiding (≥85% coverage) offers exceptional protection against electromagnetic interference, crucial for maintaining signal integrity in crowded avionic bays.
✔ Enhanced Durability & Lightweight Design: Silver-plated copper conductors provide excellent conductivity and corrosion resistance, while the compact 5mm OD minimizes weight and space – critical factors in aerospace design.
✔ Chemical & Fluid Resistance: PFA material is highly resistant to aviation fuels, hydraulic fluids, lubricants, and de-icing chemicals encountered in aircraft operations.

SPECIFICATIONS & CONSTRUCTION

WHY CHOOSE OUR AEROSPACE CABLE?

We understand that aerospace applications demand more than just specifications – they require proven reliability, traceability, and compliance. This cable is manufactured with aerospace-grade materials and processes, designed to meet or exceed relevant MIL-specifications (such as MIL-W-22759/34) and industry standards. Our quality assurance includes rigorous testing for electrical performance, thermal endurance, and mechanical robustness. We provide full material certification and lot traceability, giving engineers and procurement teams the confidence needed for flight-critical systems.

TYPICAL APPLICATIONS

• Aircraft & Jet Engine Systems: Wiring in engine nacelles, auxiliary power units (APUs), and high-temperature zones within airframes.

• Avionics & Flight Control Systems: Connections for navigation computers, flight data recorders, and critical sensor arrays.

• Spacecraft & Satellite Systems: Internal wiring for onboard electronics and instrumentation exposed to extreme thermal vacuums.

• Military & Defense Platforms: Avionics for fighter jets, helicopters, drones (UAVs), and ground support equipment.

• Commercial Aviation: In-flight entertainment systems, galley equipment wiring, and cabin management systems.

• Request Sample & Compliance Data - Evaluate the cable and access material certifications.

• Download Technical Specifications - Get detailed test reports and specifications.

• Contact Our Engineering Team - Discuss compliance with MIL, AS, or other relevant standards.

• Get Competitive Quotation - Receive pricing with supporting documentation for your quality system.

FAQ

Q1: Does this cable meet specific military or aerospace standards?
A: Yes. This construction is designed to meet the stringent requirements of standards like MIL-W-22759. While the exact compliance (e.g., /34, /44) depends on the specific grade of PFA and stranding, we can manufacture the cable to comply with MIL, SAE AS22759, or other customer-specified standards upon request, providing all necessary test reports.

Q2: Why is PFA chosen over PTFE for aerospace applications?
A: While both are excellent, PFA is often preferred for its superior melt-processability, which allows for more consistent insulation thickness and better extrusion over fine conductors. It also offers excellent flex life and stress crack resistance, which is vital for cables in vibrating environments like aircraft.

Q3: What is the benefit of silver plating on the copper conductor and shield?
A: Silver plating significantly enhances performance in aerospace environments: it provides superior corrosion resistance against moisture and chemicals, improves high-frequency performance (reduced skin effect), allows for better solderability, and maintains stable conductivity over a wider temperature range than bare or tinned copper.

Q4: Is this cable suitable for use in oxygen-rich environments?
A: PFA has excellent flame resistance and low smoke toxicity, which is critical for aerospace. For specific applications in oxygen systems, the cable construction and materials would need to be evaluated against strict standards like SAE AS4373 for test methods for aerospace wiring. We can advise on suitable constructions for such critical applications.

Q5: Can you supply this cable with aerospace-qualified connectors pre-installed?
A: Absolutely. As a full-service provider, we offer complete harness solutions. We can terminate the cable with qualified aerospace connectors (from manufacturers like TE Connectivity, Amphenol, etc.) as a value-added service, providing a tested, ready-to-install assembly.