SHINCELL encourages healthy life style and provides attractive high performances products to meet high demanding and professional customer experience. Respond® T series are innovative materials in sports and leisure fields, like premium yoga mats, shoes, sports ware and other sports equipment. All supercritical physical foaming, environmental protection without odor; No chemical residue； Closed cell structure,exquisite cells, nanoscale aperture diameter； Light weight, high strength, high elasticity, excellent mechanical properties; Non crosslinked, can be recyclable. Automotive,New energy battery,Transportation Packing,Consumer goods,Shoe material,Medical,Sports leisure RESPOND® TPU: RESPOND® TPU series are innovative TPU foam sheets,adopte new supercritical (CO2/N2) foaming technology,and not using chemical foaming agent in the production process. Pure physical foam made from TPU and Air No chemicals residual Extreme lighter,Great Resilience Odorless,Skin-friendly,and Comfortable Touching Excellent compression set Non-crosslinked,100%Recycle Apply to insole,midsole RESPOND® TPEE: MTPEE is microcellular TPEE foam, produced using TPEE as the substrate with clean supercritical carbon dioxide as blowing agent to form a large number of microcells in the matrix. RESPOND® PEBAX: MPEBA is microcellular PEBA foam, produced using PEBA as the substrate with clean supercritical carbon dioxide as blowing agent to form a large number of microcells in the matrix. Light weight Clean and environmental friendly Good cushion performance Excellent low temperature resistance Good chemical resistance Reusable Outstanding resilience PP: Our micro-cellular materials were produced by the foaming of polymers PP with advanced super-critical carbon dioxide technology. M-PVDF: PVDF has outstanding resistance to a wide range of aggressive chemicals. It also offers excellent toughness, wide temperature tolerance (-40 to 160℃), high dielectric strength and excellent resistance to nuclear radiation, UV and ageing. Typical Applications: The properties of SINEXTM V Series such as fire and chemical resistance, antifungal, thermal insulation, etc. make it an excellent solution in construction, aviation & aerospace, military, Li battery, semiconductor, petrochemical and pharmaceutical industries. Specification RESPOND® TPU series: Property Test Method Unit TPU T16 T20 T13 T3.6 Density ISO 845:2006 g/cm3 0.16 0.2 0.13 0.036-0.09 Hardness SATRA TM 205-16 Shore C 27±3 35±3 23±3 80±3 Compression Set ASTM D395 % 46 42 Tensile Strength ISO 1798:2008 MPa 3.7 4.5 Elongation at break ISO 1798:2008 % 300 400 Method A Tear Trouser Test ISO 8067:2008 Kg/cm2 2.5 3.0 Ball Resilience ASTM D3574 % 63 60 62 20 Size mm 1950*1250*20 1850*1200*18 2000*1300*24 2000*1300*25 RESPOND® PEBA Series: Property Test Method Unit PEBA Density ISO 845:2006 g/cm3 0.08 Hardness SATRA TM 205-16 C 35±3 Compression Set ASTM D395 % 33 Tensile Strength ISO 1798:2008 MPa 1.9 Elongation at break ISO 1798:2008 % 290 Method A Tear Trouser Test ISO 8067:2008 Kg/cm2 1.6 Ball Resilience ASTM D3574 % 80 Size mm 1500*1200*30 RESPOND® TPEE series： Property Test Method Unit PEBA Density ISO 845:2006 g/cm3 0.15±0.03 Hardness SATRA TM 205-16 C 35-43 Compression Set ASTM D395 % 35 Tensile Strength ISO 1798:2008 MPa 2.6 Elongation at break ISO 1798:2008 % 290 Method A Tear Trouser Test ISO 8067:2008 Kg/cm2 2.9 Ball Resilience ASTM D3574 % 72 Size mm 1300*1100*20 PP: Property Test Method Unit PP MPP10 MPP15 MPP20 MPP25 Density ISO 845:2006 g/cm3 90 60 45 36 Hardness SATRA TM 205-16 C 81 75 66 55 Compression Set ASTM D395 % 0.56 0.36 0.3 0.23 Bending Strength GB-T 8812.2-2007 MPa 0.9 0.68 0.44 0.36 Bending modulus GB-T 8812.2-2007 MPa 49 33 24 18 Size mm 2200*1450*29 2400*1580*33 2600*1750*38 2900*2000*41 M-PVDF: Property Test Method Unit Typical Value V50 V70 Density ISO 845:2006 g/cm3 0.05 0.07 Hardness SATRA TM 205-16 Shore C 37-39 40-42 Tensile Strength ISO 1798:2008 MPa 0.98 1.19 Elongation at break ISO 1798:2008 % 54.56 66 Method A Tear Trouser Test ISO 8067:2008 N/cm 0.62 0.94 Method B Tear Trouser Test ISO 8067:2008 N/cm 38.72 43.98 Ball Resilience ASTM D3574 % 55.5 49.5 Case Pictures
