undefined
+
  • undefined

High Transparency TPU E190L

A thermoplastic polyurethane elastomer with exceptional optical clarity.

  • Product Description
  • 概要
  • ItemDescription
    Product NameHigh Transparency TPU E190L
    Product DescriptionA thermoplastic polyurethane elastomer with exceptional optical clarity.
    Key Characteristics1. Extremely High Transparency: Excellent light transmission and visual clarity.
    2. Exceptionally Low Haze: Pure material with minimal light scattering.
    3. Superior Mechanical Properties: High tensile strength, high elongation, and excellent tear resistance.
    Main ApplicationsTransparent protective films, premium phone cases, smartwatch bands, sports eyewear temples, transparent shoe components, medical tubing, high-clarity industrial membranes, electronic/electrical parts requiring transparent wear resistance.
    Processing MethodsInjection Molding, Extrusion (sheet/pipe/profile), Blow Molding.
    Environmental CertificationsROHS, REACH. Halogen-free, phthalate-free, and FDA (specific grades) certifications available.
    ColorUltra-clear, Water-clear. Can be tinted with transparent colorants for light transparent effects.
    Storage ConditionsStrictly moisture-proof and light-proof. Store sealed in a dry, cool place (<25°C).
    Packaging25 /20 kg/bag
    Key Physical & Optical PropertiesTest ItemTypical Value/RangeTest Standard
    Hardness88A - 92AASTM D2240
    Tensile Strength≥ 35 MPaASTM D412
    Elongation at Break≥ 500%ASTM D412
    Light Transmittance≥ 90%ASTM D1003
    Haze≤ 3%ASTM D1003
    Tear Strength≥ 80 kN/mASTM D624
    Suggested Molding ConditionsItemParameter/Guideline
    Drying100-110°C / 4-6 hours (Absolutely Critical, must use a dehumidifying dryer)
    Melt Temperature190 - 210 °C (Mid-to-low range recommended to avoid thermal yellowing)
    Mold Temperature20 - 40 °C (High-gloss polished molds are recommended for optimal clarity)
    Equipment CleanlinessThe machine must be thoroughly purged with transparent-grade ABS or PC before production to eliminate any contamination.
    Critical Precautions1. Cleanliness & Drying are Paramount: Any trace of moisture, dust, or foreign material residue will cause haze, bubbles, yellowing, or splay marks, completely ruining transparency.
    2. Avoid Thermal Degradation: Strictly control melt temperature and residence time. Overheating instantly causes yellowing and permanent loss of clarity.
    Purge SuggestionMust use high-transparency grade ABS or PC as purge material. Purge for an extended period at low speed and at the lower end of the processing temperature range until the purged strands run completely clear. Never use PP, PE, or recycled material for purging.

    TPU high transparency material is a versatile polymer known for its excellent optical clarity, flexibility, and mechanical strength. It combines the transparency of plastics with the durability and elasticity of rubber, making it ideal for applications that require both visual clarity and performance. This material exhibits high resistance to abrasion, impact, and yellowing over time, ensuring long-lasting transparency and aesthetic appeal. Its flexibility allows for easy molding, extrusion, and thermoforming, which is beneficial for manufacturing protective films, flexible covers, clear coatings, wearable devices, and medical components. TPU high transparency material also maintains stability under varying temperatures and environmental conditions, providing reliable performance in both indoor and outdoor applications. Its chemical resistance, combined with strong tensile and tear strength, makes it suitable for products that demand durability without compromising visual quality. With these properties, TPU high transparency material is widely adopted in industries such as electronics, automotive, medical, and consumer goods, where clarity, protection, and flexibility are essential.

     
     

Product inquiry

Have a question about purchasing a product or solution that you are interested in? Fill in the form and we’ll respond in 7 working days.

Submit