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Guide
Guide
Elastomer(SEBS, SBS)Tech Guide
Resin Modification
Styrenic resins
Enhancing impact strength
Impact Strength-Baseline Comparison
Impact strength of extruded Tufprene™/ Asaflex™ blend sheets
Low-temp. impact strength of extruded Tufprene™・Asaflex™/SC blend sheets
Enhancing elongation
Elongation characteristics of extruded sheets from Asaflex™/GPPS blends
Increasing hinge life
Folding endurance of extruded Tufprene™/ Asaflex™ blend sheets
TPU
Improve low temperature brittleness, processability
Compatibilization between TPU and olefinic resins by using modified SBBS, TUFTECTM MP10
Olefinic resins
Enhancing impact strength
Impact strength modification of PP by Tuftec™ H1041
Enhancing elongation
Typical polypropylene modification by Tuftec™ H1062
Enhancing flexibility
Flexural modulus range in PP modified by Tuftec™ H1221
Engineering plastics
Enhancing impact strength
Typical nylon 6 modification by Tuftec™ M
PET modification by Tuftec™ M
Effects of polycarbonate modification by Tuftec™ M
Enhancing compatibility
Modifiers for enhancement of polyphenylene ether (PPE), applicable to flame retardant wire coating material
PLA
Enhancing impact strength
Impact modification of PLA by using F-SBBS, Tuftec™ MP10
Compatibilization
Styrenic resins / Olefinic resins
Enhancing impact strength and elongation of alloys
Tuftec™ H1041・H1043 compatibilization of HIPS and PP
PP
Improve abration resistance and C-setProvide high transparency and flexibility
Newly developed S.O.E. grades
Asphalt Modification
Reduced asphalt temperature sensitivity,increased durability
Effects of asphaltmodification by Tufprene™ and Asaprene™
Morphology of asphalt/Asaprene™ T blends
Excellent compatibility with asphalt by S.O.E.™
Adhesive and Sealant
Tuftec™ and Asaprene™ T adhesive properties
Self-adhering films produced by blow extrusion
Foamed sponge
Low resilience
Superior shock absorption, in foamed S.O.E.™ cushion
Grades for low rebound cross-linked foam, having excellent cross-linking property with ethylene based materials (EVA or EOR)
Enhancing compatibility with filler, flame retardance
Formulations with high filler content enabled by S.O.E.™
Elastomer compound
Enhance adhesion
Tuftec™M C5025 to enhance adhesion of TPEs to engineering plastics in overmolding process
Automotive interior parts
Automotive interior leather
Artificial leather from S.O.E.™
Addictives further improves dielectric property for next-generation communication equipment
dielectric property
Modifier that gives low dielectric using Tuftec®
A modifier for thermosetting/thermoplastic resins used for substrates, or applied to adhesive layer of multi layer substrate
あなたの材料を改質させてください。(22年度展示会資料)
次世代通信に更なる低誘電化を。(22年度展示会資料)
Recycle/Biomass
Enhancing compatibility
Modification of recycled plastics by Tuftec™ (PCR-PP)
Modification of recycled plastics by Tuftec™ (PCR-PE)
Improve compatibility with different plastics(PE/PA)
Improve compatibility with different plastics(PP/PA)
Compatibilization of ABS and G-PE by Tuftec™
Elastomer(SBC)Tech Guide
Tensile strength Elongation
Tensile Strength and Elongation-Typical Intrinsic Test Values
Tensile strength and elongation of Asaflex™
Flowability Processing conditions
Basic Asaflex™ molding conditions
Transparency
Transparencies of Asaflex™/PS and PP/Tuftec™ Blends
Transparency of extruded sheets from Asaflex™ blends
Refractive index of Asaflex™ and other clear polymers
Specific gravity of Asaflex™
Asaflex™ with low birefringence
Gas permeability
Transparent film with excellent stiffness and gas permeability enabled by ASAFLEX™ series