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-160 °C to +240°C For TPI

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-160 °C to +240°C For TPI

  • Super fine Polyimide / Kapton Coating Wire Cable
    CITCABLE:Super fine  Polyimide / Kapton Coating Wire Cable     We provideSuper fine  Polyimide / Kapton Coating Wire Cable for sensor products. If you are interested in high temperature motor sensor  cable, please contact us and initiate a consultation for more information. Wire Specifications: ·    Material: Pure Silver, Nickel or Silver, Nickel  plated copper with a purity of ≥ 99.99% ·     Tungsten Diameter: 0.05 mm ± 0.005 mm ·   Polyimide / Kapton Diameter: 0.10 mm ± 0.01 mm   Coating Requirements: ·    Type: Polyimide / Kapton/PEEK ·    Solvent Residue: N-Methyl-2-Pyrrolidone (NMP) ≤ 0.1 wt% ·    Biocompatibility: USP Class VI ·      Cleanliness Requirements ·    Environment: Latex-free production
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  • Thin-Wall Polyimide Coating wire
    Tungsten Wire With Polyimide / Kapton Coating CITCABLE: Thin-Wall Polyimide Coating wire  We provideThin-Wall Polyimide Coating wire  sensor cable products. If you are interested in high temperature motor sensor  cable, please contact us and initiate a consultation for more information. Wire Specifications: ·    Material: Pure Silver, Nickel or Silver, Nickel   plated copper with a purity of ≥ 99.99% ·     Tungsten Diameter: 0.08 mm ± 0.005 mm ·   Polyimide / Kapton Diameter: 0.20 mm ± 0.01 mm   Coating Requirements: ·    Type: Polyimide / Kapton/PEEK ·    Solvent Residue: N-Methyl-2-Pyrrolidone (NMP) ≤ 0.1 wt% ·    Biocompatibility: USP Class VI ·      Cleanliness Requirements ·    Environment: Latex-free production
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  • Tungsten wire with Polyimide / Kapton Coating
    Tungsten wire with Polyimide / Kapton Coating We provideTungsten wire with Polyimide / Kapton Coating sensor cable products. If you are interested in high temperature motor sensor  cable, please contact us and initiate a consultation for more information. Wire Specifications: ·    Material: White Tungsten with a purity of ≥ 99.95% ·     Tungsten Diameter: 0.18 mm ± 0.01 mm ·   Polyimide / Kapton Diameter: 0.27 mm ± 0.01 mm   Coating Requirements: ·    Type: Polyimide / Kapton/PEEK ·    Solvent Residue: N-Methyl-2-Pyrrolidone (NMP) ≤ 0.1 wt% ·    Biocompatibility: USP Class VI ·      Cleanliness Requirements ·    Environment: Latex-free production   ·    Handling: Components must not be touched with latex glove  
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  • polyimide magnet wire
    CIT cable outstanding and excellent abrasion resistance, dielectric strength, chemical resistance, thermal endurance in long. protects against corrosion. Polyimide (PI) is a group of high performing polymers known for their exceptional chemical, thermal, and mechanical performance properties. Polyimides generally demonstrate excellent thermal stability in high as well as low temperatures. Polyimides also exhibit broad chemical resistance and good dielectric properties. Polyimides are poor conductors of heat and are highly disinclined to burn; they are also radiation resistant. These properties and others have made polyimides widely used in industries including medical, aerospace, automotive, electronics, chemical, sensors, and more  
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  • polyimide wire
      CIT cable outstanding and excellent abrasion resistance, dielectric strength, chemical resistance, thermal endurance in long. protects against corrosion. Polyimide (PI) is a group of high performing polymers known for their exceptional chemical, thermal, and mechanical performance properties. Polyimides generally demonstrate excellent thermal stability in high as well as low temperatures. Polyimides also exhibit broad chemical resistance and good dielectric properties. Polyimides are poor conductors of heat and are highly disinclined to burn; they are also radiation resistant. These properties and others have made polyimides widely used in industries including medical, aerospace, automotive, electronics, chemical, sensors, and more  
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  • polyimide insulated wire
    CIT cable outstanding and excellent abrasion resistance, dielectric strength, chemical resistance, thermal endurance in long. protects against corrosion. Polyimide (PI) is a group of high performing polymers known for their exceptional chemical, thermal, and mechanical performance properties. These materials demonstrate exceptional thermal stability in high and low temperatures and are extremely flame resistant. PI , CITCABLE PI / TEFLON composite, is a high lubricity polyimide blend for applications that require lower surface friction yet do not require the performance of pure TEFLON. Polyimide maintains broad chemical resistance and good dielectric properties in addition to its reduced coefficient of friction  
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  • High temperature 350 degree Wire Cable
    CIT cable outstanding and excellent abrasion resistance, dielectric strength, chemical resistance, thermal endurance in long. protects against corrosion. HTM is a group of high performing polymers known for their exceptional chemical, thermal, and mechanical performance properties. HTM generally demonstrate excellent thermal stability in high as well as low temperatures. HTM also exhibit broad chemical resistance and good dielectric properties. HTM are poor conductors of heat and are highly disinclined to burn; they are also radiation resistant. These properties and others have made HTM widely used in industries including medical, aerospace, automotive, electronics, chemical, sensors, and more   CITCABLE will custom manufacture this radiation resistant Enamelled wire for precise reuqiremnts of your project,  300℃ Enamelled Wire  are custom ordered depending on the kind of conductor size such as heat wire,Alloy wire,S316, Aluminum alloy wire,tungsten wire, titanium wire so on and  construction       
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  • High temperature 300 degree Wire Cable
      CIT cable outstanding and excellent abrasion resistance, dielectric strength, chemical resistance, thermal endurance in long. protects against corrosion. HTM is a group of high performing polymers known for their exceptional chemical, thermal, and mechanical performance properties. HTM generally demonstrate excellent thermal stability in high as well as low temperatures. HTM also exhibit broad chemical resistance and good dielectric properties. HTM are poor conductors of heat and are highly disinclined to burn; they are also radiation resistant. These properties and others have made HTM widely used in industries including medical, aerospace, automotive, electronics, chemical, sensors, and more  
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  • High Lubricity TPI and PTFE Composite Cable
    CIT cable outstanding and excellent abrasion resistance, dielectric strength, chemical resistance, thermal endurance in long. protects against corrosion. Polyimide (PI) is a group of high performing polymers known for their exceptional chemical, thermal, and mechanical performance properties. These materials demonstrate exceptional thermal stability in high and low temperatures and are extremely flame resistant. PI , CITCABLE PI / TEFLON composite, is a high lubricity polyimide blend for applications that require lower surface friction yet do not require the performance of pure TEFLON. Polyimide maintains broad chemical resistance and good dielectric properties in addition to its reduced coefficient of friction  
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  • High Lubricity Polyimide and Teflon Composite Cable
    CIT cable outstanding and excellent abrasion resistance, dielectric strength, chemical resistance, thermal endurance in long. protects against corrosion. Polyimide (PI) is a group of high performing polymers known for their exceptional chemical, thermal, and mechanical performance properties. These materials demonstrate exceptional thermal stability in high and low temperatures and are extremely flame resistant. PI , CITCABLE PI / TEFLON composite, is a high lubricity polyimide blend for applications that require lower surface friction yet do not require the performance of pure TEFLON. Polyimide maintains broad chemical resistance and good dielectric properties in addition to its reduced coefficient of friction  
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  • Polyimide Coating Cable
      CIT cable outstanding and excellent abrasion resistance, dielectric strength, chemical resistance, thermal endurance in long. protects against corrosion. Polyimide (PI) is a group of high performing polymers known for their exceptional chemical, thermal, and mechanical performance properties. Polyimides generally demonstrate excellent thermal stability in high as well as low temperatures. Polyimides also exhibit broad chemical resistance and good dielectric properties. Polyimides are poor conductors of heat and are highly disinclined to burn; they are also radiation resistant. These properties and others have made polyimides widely used in industries including medical, aerospace, automotive, electronics, chemical, sensors, and more  
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  • Thermoplastic Polyimide wire cable
    CITCABLE offers the original types and a wide range of new TPI Wire Types for use in UHV and High Vacuum.  RoHS Complian.
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