M22759/11-16-0

M22759/11-16-0 – Mil-Spec Electrical Wire – Thermax

This M22759/11-16-0 military-grade electrical wire from Thermax delivers robust performance in demanding environments. Engineered to rigorous MIL-DTL-22759 standards, it ensures reliable power and signal transmission in critical aerospace, defense, and industrial applications. PCX guarantees authentic Therax components with same-day shipping and dedicated technical support.

Key Features

Military Specification: Compliant with MIL-DTL-22759 requirements
High-Temperature Resilience: Teflon insulation withstands extreme conditions
Durable Construction: Silver-plated copper conductor for optimal conductivity
Lightweight Design: Ideal for weight-sensitive applications
Flame Resistance: Meets stringent safety standards

Technical Details
This Mil-Spec wire features a silver-plated copper conductor with ETFE or PTFE insulation, ensuring minimal signal loss and maximum durability. It operates effectively across a wide temperature range (typically -65°C to +200°C) and resists chemicals, abrasion, and moisture. The precise configuration (gauge, strand count, color coding) adheres to the “11-16-0” designator within the M22759 specification.

Common Applications

Aircraft and spacecraft wiring harnesses
Military vehicle electrical systems
Industrial automation controls
High-reliability instrumentation
Oil & gas equipment

About Thermax
Thermax is a globally recognized leader in high-performance electrical components, specializing in mission-critical wiring solutions. With decades of expertise in military and aerospace manufacturing, their products undergo stringent quality validation to meet MIL-SPEC, NASA, and FAA requirements.
Renowned for innovation in extreme-environment materials, Thermax wires are trusted by defense contractors and industrial OEMs worldwide. Their commitment to traceability and batch consistency ensures unparalleled reliability for safety-focused applications.

About Mil-Spec Wire
Military-specification wires like the M22759 series are engineered to surpass commercial-grade