Knowde Enhanced TDS
Identification & Functionality
- Additives Included
- Chemical Family
- Technologies
Features & Benefits
- Labeling Claims
- Materials Features
- Product Highlights
Neoplast™ family of TPV compounds are primarily based on PP/EPDM chemistry, providing high elasticity at low and high temperatures, excellent compression set, UV resistance and melt processability.
Neoplast™ is well suited for applications that require rubber like properties such as better compression set, resiliency, tension set, flex fatigue performance and overall higher mechanical properties.
It is designed to bond with other polyolefin compounds during co-injection and co-extrusion, allowing designers to assimilate multi-component parts into a single component.
NeoplastTPVs are helping OEMs reduce part weight, improve part performance, provide protection against weather, oil, road salt, debris, dust, extreme temperature variation, and other harsh conditions while maintaining excellent sealing properties, flexibility with long term durability.
Used widely in 2 wheelers, passenger cars, SUVs & commercial vehicles; NeoplastTPVs suit applications:
- Rack & Pinion Steering Boots
- Dust Covers over Shock Absorbers
- Suspension Boots
- Gear Shifter Bellow
- Air Filter Bellow
- Air Ducts & Management Systems
- Typical Material Characteristics
- Wide hardness range from 30 Shore A to 50 Shore D
- Low Density; range starts from 0.89 gms/cc-High temperature resistance
- Wide service temperature range from -30 oCto 125 oC-Excellent compression set and resiliency
- Chemical resistance to acids, bases, alcohols, water solutions, polar solvents, detergents etc.
- Special grades include oil resistance, flame retardancy, higher electrical insulation & volume resistivity, pharmacopeia compliant grades- meeting cytotoxicity, hemo-compatibility, biocompatibility.
- Key Advantages
- Low Weight
- Tight Dimensional Tolerances
- Sealability
- Flex Life
- Fluid Resistance
- No Snaking Issues
- Minimal Flash
Applications & Uses
- Markets
- Applications
- Plastics & Elastomers End Uses
- Plastics & Elastomers Processing Methods
- Processing Ease
- Injection Blow Molding
- Extrusion Blow Molding
- Vacuum Corrugated
- 3D Blow Molding
- Applications
- Syringe Plunger Seal / Gasket
- Medical Stopper
- Dampners& Gaskets
- Medical Tubing
- OvermouldingGrades (Grips)
- Device Housing & Enclosures
- Films, Bags & Bottles
- Applications across diverse markets of:
- Transportation
- Medical & Healthcare
- Building & Construction
- Appliances
- Wire & Cable
- Consumer
- Agriculture & Animal Management
- Applications
Syringe Plunger Seal / Gasket: Suitable for 1, 3, 5, 10, 20, 50 ml & above
- Meet Leakage & Aspiration test
- Low Sliding Force (Low COF)
- EtO, Gamma & Steam Sterilization
- Replaces NR, EPDM, EVA, PVC & other thermoset rubber gasket
Medical Stopper for IV bags & resealable bottles
- Good Coring Resistance & resealability
- Low levels of extractable impurities
- EtO, Gamma & Steam Sterilization
- Replaces NR, Silicone, Polyisoprene & other thermoset rubbers
Over-molded Grips
- Elastic & Soft
- Bondable to Polar and Non-Polar materials
- Grippy & tactile feel with ergonomic design capabilities
Medical Tubing
- Translucent & Clear Grades
- Flexible, Resists Kinking
- EtO, Gamma & Steam Sterilization
- Low rate of Gas Permeability
Device Housings
- Translucent, Opaque & Clear Grades
- Elastic & Soft
- Bondable on polar & non-polar materials
Regulatory & Compliance
- Certifications & Compliance