• 3M™ Glass Cloth Tape 5453, Brown, 25 mm x 33 m, 0.21 mm
  • 3M™ Glass Cloth Tape 5453, Brown, 25 mm x 33 m, 0.21 mm

    3M ID 70016054457
    • Very low moisture absorption allows tape to perform in humid environments
    • Reinforced, woven cloth fabric features increased tensile strength to resist wear, tears and punctures
    • Conformable for wrapping around roller surfaces and in spiral patterns
    • Silicone adhesive provides long-aging and good holding power for a wide operating range
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    Specifications
    Attribute Name
    Value
    Adhesive Type
    Silicone
    Back-Side Adhesive Thickness (metric)
    0,06 Millimetre
    Case Quantity
    9/case
    Core Size (metric)
    7,62 cm
    Elongation at Break
    0,05 Percent
    Indoor/Outdoor
    Indoor/Outdoor
    Industries
    Aerospace, Appliance, Automotive, Electronics, General Industrial, Metalworking, Military and Government, Specialty Vehicle, Transportation
    Maximum Operating Temperature (Celsius)
    260 Degree Celsius
    Overall Length (Metric)
    32,9 m
    Overall Width (Metric)
    2,5 cm
    Product Colour
    Brown
    Shelf Life
    24 Month
    Tensile Strength (metric)
    60 N/100mm
    Total Tape Thickness without Liner (metric)
    0,21 Millimetre
    Product Details
    • Very low moisture absorption allows tape to perform in humid environments
    • Reinforced, woven cloth fabric features increased tensile strength to resist wear, tears and punctures
    • Conformable for wrapping around roller surfaces and in spiral patterns
    • Silicone adhesive provides long-aging and good holding power for a wide operating range
    • Thick premium grade PTFE coating for an exceptionally smooth non-stick, low-friction surface
    • Very low moisture absorption allows the tape to perform in many humid environments
    • Excellent chemical resistance enables tape to withstand challenging applications

    3M™ PTFE Glass Cloth Tape 5453 is a 8.2 mil brown glass cloth tape impregnated with PTFE (Polytetrafluoroethylene.) It is coated with a pressure sensitive silicone adhesive that bonds easily to provide a slick release surface on rollers, binders, formers on stitchers and other process machinery.

    The Perfect Choice for Specialized Applications Typically used for heat sealing machines, lining ducts, conveying chutes, troughs, ironing and pressing equipment and packing applications, our 3M™ PTFE Glass Cloth Tape 5453 is scientifically designed to provide anti-stick, low friction, easy release surface properties for industrial manufacturing processes. In addition, this tape works well for sound management, noise reduction and squeak and rattle prevention. With a very low moisture absorption, this tape performs well in humid work environments. Designed to withstand a range of temperatures from -100°F/-73°C to 500°F/260°C, this tape is ideal for a variety of applications. It is also chemical resistant, high-strength and abrasion resistant. With a conformable backing the tape can be wrapped around rollers or in irregular and spiral patterns with ease. The long-aging, pressure sensitive silicone adhesive is designed to deliver good holding power, and removes cleanly and easily leaving behind minimal residue. What is PTFE? Polytetrafluoroethylene (PTFE) is a synthetic material used in a variety of industries and applications to reduce the coefficient of friction. PTFE is used as a non-stick coating for frying pans and other cookware because of its non-stick property as well as high heat resistance. Its non-conductivity makes it an excellent insulating material for electrical applications. It is very non-reactive to numerous chemicals, partly due to the strength of carbon–fluorine bonds; making it very effective in containers and pipework for reactive and corrosive substances. PTFE reduces friction, wear and energy efficiency of machinery. Because of its low friction, PTFE is used in industrial applications where sliding action of parts is required, such as with bearings, gears, slide plates, etc. In these applications, it delivers significantly better performance than nylon and acetal.