Application
Electrical & Electronics Plastics
Electrical plastics balance dielectric strength, flame rating (UL94), tracking resistance (CTI), and dimensional stability.
Materials indexed: 77
ABS
Engineering Thermoplastic
A tough engineering thermoplastic widely used in automotive, consumer products, electronics and 3D printing.
Polycarbonate
Engineering Thermoplastic
A transparent, high-impact engineering plastic used in glazing, electronics and safety equipment.
PA66
Engineering Thermoplastic
A tough, wear-resistant nylon widely used for gears, bushings, and under-the-hood automotive parts.
PA610 Low Absorption
Engineering Thermoplastics
Lower moisture absorption than PA6/PA66, good chemical and dimensional stability.
PBT Standard
Engineering Thermoplastics
Excellent electrical properties, good chemical resistance, low warpage.
PET Unfilled
Engineering Thermoplastics
Good stiffness, strength, and barrier properties. Often used in packaging and fibers.
PPS GF40
Engineering Thermoplastics
Exceptional thermal stability, chemical resistance, and inherent flame retardancy.
PPA Standard
Engineering Thermoplastics
High strength and stiffness at elevated temperatures, good chemical resistance.
PPO/PPE Standard
Engineering Thermoplastics
Excellent hydrolytic stability, dimensional stability, and electrical properties.
PC/ABS Blend
Engineering Thermoplastics
Combines the impact strength of PC with the processability of ABS.
PC/PBT Blend
Engineering Thermoplastics
Good toughness, chemical resistance, and dimensional stability.
PSU Standard
Engineering Thermoplastics
High temperature resistance, good mechanical strength, and transparency.
PES High Temp
Engineering Thermoplastics
Higher continuous use temperature and creep resistance than PSU.
PEI Standard
Engineering Thermoplastics
Exceptional thermal stability, high strength, broad chemical resistance.
LCP Vectra A
Engineering Thermoplastics
Exceptional flowability in thin walls, high thermal and chemical resistance.
ABS/PC Blend High Impact
Engineering Thermoplastics
Excellent impact strength and toughness, good heat resistance.
HIPS/PPE Blend
Engineering Thermoplastics
Good balance of impact strength, stiffness, and processability.
SMA Standard
Engineering Thermoplastics
Good heat resistance and dimensional stability for a styrene-based polymer.
SAN Standard
Engineering Thermoplastics
Good transparency, stiffness, and chemical resistance compared to polystyrene.
Aromatic Nylon GF
Engineering Thermoplastics
High stiffness, strength, and thermal resistance, excellent barrier properties.
PA6 Impact Modified
Engineering Thermoplastics
Improved toughness and ductility compared to standard PA6.
PBT Mineral Filled
Engineering Thermoplastics
Enhanced stiffness, dimensional stability, and reduced shrinkage.
PET Glass Filled
Engineering Thermoplastics
Increased strength, stiffness, and thermal performance.
PPS Mineral Filled
Engineering Thermoplastics
Excellent dimensional stability and stiffness with reduced anisotropy.
PPA Mineral Filled
Engineering Thermoplastics
High stiffness, improved dimensional stability, and controlled shrinkage.
PPO/PPE Mineral Filled
Engineering Thermoplastics
Enhanced stiffness, dimensional stability, and reduced thermal expansion.
PC/ABS Impact Modified
Engineering Thermoplastics
Optimized balance of impact strength, toughness, and heat resistance.
PC/PBT Impact Modified
Engineering Thermoplastics
Enhanced toughness, good chemical resistance, and dimensional stability.
Glass-Filled PA12
Engineering Thermoplastics
Enhanced stiffness, strength, and creep resistance at elevated temperatures.
Glass-Filled PA610
Engineering Thermoplastics
Improved stiffness and strength with lower moisture absorption than PA6/PA66.
Glass-Filled PBT
Engineering Thermoplastics
Excellent electrical properties, stiffness, and heat resistance.
Glass-Filled PPS
Engineering Thermoplastics
Exceptional thermal stability, chemical resistance, and high mechanical strength.
Glass-Filled PPA
Engineering Thermoplastics
High strength, stiffness, and thermal resistance for demanding applications.
Glass-Filled PPO/PPE
Engineering Thermoplastics
Excellent dimensional stability, strength, and heat resistance.
Impact Modified PA12
Engineering Thermoplastics
Excellent impact strength, especially at low temperatures.
Impact Modified PA610
Engineering Thermoplastics
Improved impact strength while maintaining low moisture absorption.
Impact Modified PBT
Engineering Thermoplastics
Improved impact strength and toughness.
Impact Modified Acetal Copolymer
Engineering Thermoplastics
Good impact strength and chemical resistance.
Carbon Fiber PA12
Engineering Thermoplastics
Exceptional stiffness, strength, light weight, and electrical conductivity.
Carbon Fiber PBT
Engineering Thermoplastics
High stiffness, strength, and electrical conductivity.
Carbon Fiber PPS
Engineering Thermoplastics
Exceptional stiffness, strength, thermal performance, and conductivity.
XLPE Wire and Cable
Commodity Plastics
Excellent electrical insulation with enhanced thermal and mechanical properties.
PS Crystal Injection Molding
Commodity Plastics
Transparent, rigid, and easily processed material for disposable cutlery, packaging, and CD cases.
HIPS Injection Molding
Commodity Plastics
Tougher than GPPS, with good processability for appliance housings, toys, and packaging.
EPS Packaging
Commodity Plastics
Lightweight, excellent cushioning and thermal insulation for protective packaging.
PVC Flexible Cable
Commodity Plastics
Durable, flexible, and flame-retardant for electrical cable insulation and jacketing.
ABS Commodity
Commodity Plastics
Impact resistant, stiff, and good surface finish for appliance housings, automotive parts, and toys.
Weather-Resistant Ethylene Propylene Diene Monomer
Elastomers/TPEs
An elastomer with outstanding resistance to weathering, ozone, UV radiation, and extreme temperatures.
High-Temperature Flexible Vinyl Methyl Silicone
Elastomers/TPEs
A silicone rubber known for its excellent thermal stability, flexibility at low temperatures, and electrical insulation properties.
Standard DGEBA Epoxy
Thermosets
A common and versatile epoxy resin known for its good mechanical properties and chemical resistance.
High Temperature Novolac Epoxy
Thermosets
Offers superior thermal stability and chemical resistance compared to standard DGEBA epoxies.
Cycloaliphatic Epoxy for Electrical
Thermosets
Excellent electrical insulation properties and UV resistance, suitable for outdoor electrical applications.
Phenolic Novolac Thermoset
Thermosets
High heat resistance and flame retardancy, commonly used in molding compounds.
Diallyl Phthalate for Electrical
Thermosets
Excellent electrical insulating properties, dimensional stability, and heat resistance.
High Temperature Thermoset Polyimide
Thermosets
Exceptional thermal stability, mechanical strength, and chemical resistance at high temperatures.
Low Dielectric Cyanate Ester
Thermosets
Excellent high-temperature performance, low dielectric constant, and low moisture absorption for advanced electronics.
Allyl Resin for Casting
Thermosets
Good clarity, hardness, and dimensional stability, suitable for optical applications.
SMC/BMC for Automotive
Thermosets
High strength-to-weight ratio, good impact resistance, and moldability for automotive parts.
PLA High Temp Grade B
Bioplastics
A modified PLA grade offering improved heat resistance for applications requiring higher service temperatures than standard PLA.
PDLA Stereocomplex Grade C
Bioplastics
A stereocomplex grade of PDLA, offering enhanced thermal and mechanical properties through interaction with PLLA.
CAB Injection Molding Grade L
Bioplastics
A cellulose derivative with improved toughness and weatherability for injection molding applications.
Bio-PA610 Flexible
Bioplastics
A bio-based polyamide with low moisture absorption and good flexibility, derived from renewable resources.
PLA Injection Grade X
Bioplastics
A standard injection molding grade of PLA optimized for cycle times and part quality in mass production.
Bio-PA610 Rigid
Bioplastics
A higher stiffness grade of bio-PA610 for applications requiring good mechanical integrity and low moisture uptake.
PLLA Stereocomplex
Bioplastics
PLLA component for creating stereocomplex PLA, offering superior thermal and mechanical properties when blended with PDLA.
ABS FDM Filament
3D Printing
Tough, impact-resistant, and temperature-resistant filament, though requires careful ventilation and heated bed.
PA12 FDM Filament
3D Printing
Durable, chemically resistant, and low-moisture absorbing nylon for robust functional parts.
PC FDM Filament
3D Printing
Extremely strong and impact-resistant filament with high heat resistance, suitable for demanding applications.
Tough SLA Resin
3D Printing
SLA resin engineered for high impact strength and durability, suitable for functional parts.
Flexible SLA Resin
3D Printing
Elastomeric SLA resin for creating soft, pliable, and resilient parts.
SLS PA12 Powder
3D Printing
High-performance powder for SLS, offering excellent mechanical properties, chemical resistance, and detail.
SLS PP Powder
3D Printing
Economical and chemically resistant powder for SLS, suitable for a wide range of applications.
MJF PA11 Powder
3D Printing
Bio-based powder for MJF offering excellent impact resistance, flexibility, and durability.
rHIPS Impact Resistant
Recycled Polymers
Recycled high impact polystyrene, providing better toughness and impact strength.
rABS Injection Molding
Recycled Polymers
Recycled ABS for injection molding, offering good toughness and aesthetics.
rPA6 Natural
Recycled Polymers
Natural colored recycled PA6, offering good mechanical properties and wear resistance.
rPA66 Black
Recycled Polymers
Black recycled PA66, offering high strength and thermal resistance.