(8) MIL-W-22759/5 wires have mineral-filled PTFE insulation for high-temperature applications such as aircraft engines, SWAMP zones, and others where increased abrasion resistance is required. For reduced-weight versions of these wires, see M22759/7 and /8
(9) MIL-W-22759/6 wires have mineral-filled PTFE insulation for high-temperature applications such as aircraft engines, SWAMP zones, and others where increased abrasion resistance is required. For reduced-weight versions of these wires, see M22759/7 and /8
(9) MIL-W-22759/7 wires have reduced weight, mineral-filled PTFE insulation for high-temperature applications such as aircraft engines, SWAMP zones, and others where increased abrasion resistance is required.These wires are reduced-weight versions of MIL-W-22759/5 and /6.
(9) MIL-W-22759/8 wires have reduced weight, mineral-filled PTFE insulation for high-temperature applications such as aircraft engines, SWAMP zones, and others where increased abrasion resistance is required.These wires are reduced-weight versions of MIL-W-22759/5 and /6.
(11) MIL-W-22759/9 wires have extruded PTFE insulation for high-temperature applications where the additional abrasion resistance of mineral-filled PTFE insulation is not required.These wires are especially well-suited in applications where smoke emission, overload stability, and flammability are major concerns. For versions of these wires with thinner-wall insulation and 600V voltage rating, see M22759/11 and /12.
(11) MIL-W-22759/10 wires have extruded PTFE insulation for high-temperature applications where the additional abrasion resistance of mineral-filled PTFE insulation is not required.These wires are especially well-suited in applications where smoke emission, overload stability, and flammability are major concerns. For versions of these wires with thinner-wall insulation and 600V voltage rating, see M22759/11 and /12.
(11) MIL-W-22759/11 wires have extruded PTFE isulation for high-temperature applications where the additional abrasion resistance of mineral-filled PTFE insulation is not required.These wires are especially well-suited in applications where smoke emission, overload stability, and flammability are major concerns. These wires are similar to MIL-W-22759/9 and /10 wires, but have a thinner-wall insulation and 600V voltage rating.
(11) MIL-W-22759/12 wires have extruded PTFE isulation for high-temperature applications where the additional abrasion resistance of mineral-filled PTFE insulation is not required.These wires are especially well-suited in applications where smoke emission, overload stability, and flammability are major concerns. These wires are similar to MIL-W-22759/9 and /10 wires, but have a thinner-wall insulation and 600V voltage rating.
(15) MIL-W-22759/16 wires have extruded ETFE insulation for aerospace and other applications requiring light weight, tight diameter tolerances, and enhanced mechanical toughness. ETFE insulation also provides exceptional resistance to radiation and chemicals. For versions of these wires with thinner-wall insulation for light weight, see M22759/18 and /19
(4) MIL-W-22759/17 wires have extruded ETFE insulation for aerospace and other applications requiring light weight, tight diameter tolerances, and enhanced mechanical toughness. ETFE insulation also provides exceptional resistance to radiation and chemicals. For versions of these wires with thinner-wall insulation for light weight, see M22759/18 and /19
(9) MIL-W-22759/18 wires have thin-wall extruded ETFE insulation for aerospace and other applications requiring light weight, tight diameter tolerances, and enhanced mechanical toughness. ETFE insulation also provides exceptional resistance to radiation and chemicals.
(4) MIL-W-22759/19 wires have thin-wall extruded ETFE insulation for aerospace and other applications requiring light weight, tight diameter tolerances, and enhanced mechanical toughness. ETFE insulation also provides exceptional resistance to radiation and chemicals.
(5) MIL-W-22759/20 wires have extruded PTFE insulation and a high-strength copper alloy conductor for greater break strength.They are ideal for aerospace and other applications requiring high reliability and break strength, enhanced flex life, and resistance to high temperatures. These wires are especially well-suited in applications where smoke emission, overload stability, and flammability are major concerns. For versions of these wires with thinner-wall insulation and 600V voltage rating, see M22759/22 and /23
(5) MIL-W-22759/21 wires have extruded PTFE insulation and a high-strength copper alloy conductor for greater break strength.They are ideal for aerospace and other applications requiring high reliability and break strength, enhanced flex life, and resistance to high temperatures. These wires are especially well-suited in applications where smoke emission, overload stability, and flammability are major concerns. For versions of these wires with thinner-wall insulation and 600V voltage rating, see M22759/22 and /23
(5) MIL-W-22759/22 wires have thin-wall extruded PTFE insulation and a high-strength copper alloy conductor for greater break strength. They are ideal for aerospace and other applications requiring high reliability and break strength, enhanced flex life, and resistance to high temperatures. These wires are especially well-suited in applications where smoke emission, overload stability, and flammability are major concerns.
(5) MIL-W-22759/23 wires have thin-wall extruded PTFE insulation and a high-strength copper alloy conductor for greater break strength. They are ideal for aerospace and other applications requiring high reliability and break strength, enhanced flex life, and resistance to high temperatures. These wires are especially well-suited in applications where smoke emission, overload stability, and flammability are major concerns.
(8) MIL-W-22759/28 wires have extruded PTFE insulation with a polyimide hard coat for increased cut-through and abrasion resistance. These wires are designed for aerospace and other applications requiring excellent thermal stability, tight dimensional tolerances, and high reliability. These wires are especially well-suited in applications where smoke emission, overload stability, and flammability are major concerns. For versions of these wires with high-strength copper alloy conductor, see M22759/30 and /31.
(8) MIL-W-22759/29 wires have extruded PTFE insulation with a polyimide hard coat for increased cut-through and abrasion resistance. These wires are designed for aerospace and other applications requiring excellent thermal stability, tight dimensional tolerances, and high reliability. These wires are especially well-suited in applications where smoke emission, overload stability, and flammability are major concerns. For versions of these wires with high-strength copper alloy conductor, see M22759/30 and /31.
(5) MIL-DTL-22759/30 wires have extruded PTFE insulation with a polyimide hard coat for increased cut-through and abrasion resistance, and a high-strength copper alloy conductor for greater break strength. These wires are designed for aerospace and other applications requiring excellent thermal stability, tight dimensional tolerances, and high reliability. These wires are especially well-suited in applications where smoke emission, overload stability, and flammability are major concerns.
(5) MIL-DTL-22759/30 wires have extruded PTFE insulation with a polyimide hard coat for increased cut-through and abrasion resistance, and a high-strength copper alloy conductor for greater break strength. These wires are designed for aerospace and other applications requiring excellent thermal stability, tight dimensional tolerances, and high reliability. These wires are especially well-suited in applications where smoke emission, overload stability, and flammability are major concerns.
(9) MIL-DTL-22759/80 wires are light- weight, high-performance aerospace hookup wires with a dual-layer insulation of PTFE/polyimide/PTFE tape, covered with PTFE tape. These wires are designed for aerospace and other applications requiring excellent thermal stability, light weight, and high break strength. These wires are available with our unique Seamless Wrap PTFE tape insulation
(4) MIL-DTL-22759/81 wires are light- weight, high-performance aerospace hookup wires with a dual-layer insulation of PTFE/polyimide/PTFE tape, covered with PTFE tape. These wires are designed for aerospace and other applications requiring excellent thermal stability, light weight, and high break strength. These wires are available with our unique Seamless Wrap PTFE tape insulation
(4) MIL-DTL-22759/82 wires are light- weight, high-performance aerospace hookup wires with a dual-layer insulation of PTFE/polyimide/PTFE tape, covered with PTFE tape. These wires are designed for aerospace and other applications requiring excellent thermal stability, light weight, and high break strength. These wires are available with our unique Seamless Wrap PTFE tape insulation
(6) MIL-DTL-22759/83 wires are large size, high-performance aerospace hookup wires with a four-layer insulation of PTFE tape and PTFE/ polyimide/PTFE tape, with an outer layer of polyamide braid for superior abrasion resistance. These wires are designed for aerospace and other applications requiring excellent thermal stability and abrasion resistance.
(6) MIL-DTL-22759/84 wires are large size, high-performance aerospace hookup wires with a four-layer insulation of PTFE tape and PTFE/ polyimide/PTFE tape, with an outer layer of polyamide braid for superior abrasion resistance. These wires are designed for aerospace and other applications requiring excellent thermal stability and abrasion resistance.
(6) MIL-DTL-22759/85 wires are large size, high-performance aerospace hookup wires with a four-layer insulation of PTFE tape and PTFE/ polyimide/PTFE tape, with an outer layer of polyamide braid for superior abrasion resistance. These wires are designed for aerospace and other applications requiring excellent thermal stability and abrasion resistance.
(18) MIL-DTL-22759/86 wires are normal-weight, high- performance aerospace hookup wires with insulation composed of PTFE/polyimide/PTFE tape and PTFE tape in several configurations. These wires are designed for aerospace and other applications requiring excellent thermal stability and good abrasion resistance.
(18) MIL-DTL-22759/87 wires are normal-weight, high- performance aerospace hookup wires with insulation composed of PTFE/polyimide/PTFE tape and PTFE tape in several configurations
(18) MIL-DTL-22759/88 wires are normal-weight, high- performance aerospace hookup wires with insulation composed of PTFE/polyimide/PTFE tape and PTFE tape in several configurations. These wires are designed for aerospace and other applications requiring excellent thermal stability and good abrasion resistance.
(4) MIL-DTL-22759/89 wires are light-weight, high-performance aerospace hookup wires with a dual-layer insulation of PTFE/polyimide/PTFE tape, covered with PTFE tape.They are similar to MIL-DTL-22759/81 and /82 wires, but have thicker-wall insulation. These wires are designed for aerospace and other applications requiring excellent thermal stability and high break strength.
(4) MIL-DTL-22759/90 wires are light-weight, high-performance aerospace hookup wires with a dual-layer insulation of PTFE/polyimide/PTFE tape, covered with PTFE tape.They are similar to MIL-DTL-22759/81 and /82 wires, but have thicker-wall insulation. These wires are designed for aerospace and other applications requiring excellent thermal stability and high break strength.
(9) MIL-DTL-22759/91 wires are light-weight, high-performance aerospace hookup wires with a dual-layer insulation of PTFE/polyimide/PTFE tape, covered with PTFE tape. These wires are designed for aerospace and other applications requiring excellent thermal stability and lightweight.
(9) MIL-DTL-22759/91 wires are light-weight, high-performance aerospace hookup wires with a dual-layer insulation of PTFE/polyimide/PTFE tape, covered with PTFE tape. These wires are designed for aerospace and other applications requiring excellent thermal stability and lightweight.
