Sarlink® TPE ME-2655B (PRELIMINARY DATA)

Category: TPE , Thermoplastic Elastomer
Manufacturer: Teknor Apex Company
Trademark: Sarlink® TPE
Fillers: -
Ports: Qinzhou, Shekou, Shanghai, Ningbo
Delivery Terms FOB, CIF, DAP, DAT, DDP
PDF: w4FlGs_SarlinkTPEME2655BPRELIMINARYDATA.pdf
PRICE: ​Order Products​ email   sales@su-jiao.com
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Message
The Sarlink ME-2600 Series is a super high flow high performance thermoplastic elastomer series, available in BLK, designed for automotive exterior molded applications, including window encapsulation. Sarlink ME-2655B is a medium hardness, low density, resilient, UV stabilized, super high flow injection molding grade delivering excellent aesthetics with good adhesion to glass with primer.
General Information
Features
  • Low Specific Gravity
  • Excellent appearance
  • Low density
  • Good UV resistance
  • Workability, good
  • Good adhesion
  • High liquidity
  • Good chemical resistance
  • Elastic
  • Medium hardness
Uses
  • Car window package
  • Application in Automobile Field
  • Automotive exterior parts
  • Rubber substitution
RoHS Compliance
  • RoHS compliance
Appearance
  • Black
Forms
  • Particle
Processing Method
  • Injection molding
PhysicalNominal ValueUnitTest Method
Density 0.939g/cm³ISO 1183
Melt Mass-Flow Rate (MFR) (190°C/2.16 kg)6.4g/10 minASTM D1238
HardnessNominal ValueUnitTest Method
Durometer Hardness ISO 868
    Shaw A, 1 sec 60ISO 868
    Shaw A, 5 seconds 57ISO 868
    Shaw A, 15 seconds 55ISO 868
ElastomersNominal ValueUnitTest Method
Tensile Stress ISO 37
    Transverse flow : 100% strain 1.56MPaISO 37
    Flow : 100% strain 1.94MPaISO 37
Tensile Strength ISO 37
    Transverse flow : Fracture 10.5MPaISO 37
    Flow : Fracture 7.80MPaISO 37
Tensile Elongation ISO 37
    Transverse flow : Fracture 880%ISO 37
    Flow : Fracture 770%ISO 37
Tear Strength
    Transverse flow 23kN/mISO 34
    Flow 23kN/mISO 34-1
Compression Set ISO 815
    23°C, 22 hr 17%ISO 815
    70°C, 22 hr 36%ISO 815
    90°C, 70 hr 61%ISO 815
AgingNominal ValueUnitTest Method
Change in Tensile Strength in Air - Across Flow ISO 188
    110°C, 1008 hr 8.7%ISO 188
    125°C, 168 hr 5.4%ISO 188
Changes in tensile stress upon fracture in air- Transverse flow ISO 188
    110°C, 1008 hr 3.4%ISO 188
    125°C, 168 hr 1.4%ISO 188
Change in Shore Hardness in Air ISO 188
    Shao A, 110°C, 1008 hr 1.3ISO 188
    Shao A, 125°C, 168 hr 2.1ISO 188
Additional InformationNominal ValueUnitTest Method
Apparent Shear Viscosity - Capillary, 206 1/sec (200°C)139Pa·sISO 11443
Good adhesion to glass with primer
Legal statement
The information and recommendations contained in this bulletin are, to the best of our knowledge, accurate and reliable but no guarantee of their accuracy is made. All products are sold upon condition that purchasers shall make their own tests to determine the suitability of such products for their particular purposes and uses and purchaser assumes all risks and liability for the results of use of the products, including use in accordance with seller's recommendations. Nothing in this bulletin constitutes permission or a recommendation to practice or use any invention covered by any patent owned by this company or others. There is no warranty of merchantability and there are no other warranties for the products described. For detailed Product Stewardship information, please contact us. Any product of Teknor Apex, including product names, shall not be used or tested in medical or food contact applications without the prior written acknowledgement of Teknor Apex as to the intended use. Please note that some products may not be available in one or more countries.
InjectionNominal ValueUnit
Rear Temperature 170 - 190°C
Middle Temperature 175 - 195°C
Front Temperature 180 - 205°C
Nozzle Temperature 180 - 205°C
Processing (Melt) Temp 180 - 205°C
Mold Temperature 15 - 40°C
Injection Pressure 1.38 - 6.89MPa
Injection Rate Moderate-Fast
Back Pressure 0.172 - 0.862MPa
Screw Speed 50 - 100rpm
Cushion 3.81 - 25.4mm
Injection instructions
Drying is not necessary. However, if moisture is a problem, dry the pellets for 2 to 4 hours at 176°F (80°C).
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