Wide selection of thermoplastics and thermosets for various applications.
ABS
ABS is a versatile engineering plastic with excellent strength, toughness, and processability. It’s widely used in electronics, automotive, home appliances, and consumer products. Standard ABS is suitable below 80°C; flame-retardant grades meet higher heat resistance needs.
| Modified Material |
Modification Purpose） |
Typical Applications |
| ABS/PC |
Improve heat resistance (HDT ≥120°C) and impact strength |
Laptop housings, automotive dashboards |
| ABS/PA |
Enhance toughness (50% increase in notched impact strength) |
Home appliance housings (washing machine drum), tool handles |
| Flame Retardant ABS (FR-ABS) |
Add brominated/phosphorus flame retardants (UL94 V-0 rating) |
Power adapter housings, electronic device housings |
| High Gloss ABS |
Optimize mold polishing or add brightening agents |
High-end home appliance panels, toys (e.g. LEGO) |
| Anti-Static ABS |
Add carbon black/metal powder to reduce surface resistivity |
Electronic trays, precision instrument housings |
PC
PC (Polycarbonate) combines transparency, toughness, and heat resistance. Standard grades work up to 120°C, and short-term exposure can reach 150°C. As the second most used engineering plastic worldwide (after PA), it is widely used in electronics and electrical applications.
| Modified Material |
Modification Purpose） |
Typical Applications |
| PC/ABS |
Improve toughness (notched impact strength ↑30%) and processing flowability |
Laptop housings, mobile phone frames |
| PC/PBT |
Improve heat resistance (HDT ≥120°C) and impact strength |
Laptop housings, automotive dashboards |
| PC/PMMA |
Increase surface hardness (scratch resistance) and weatherability |
Optical lenses, transparent home appliance panels |
| Flame Retardant PC (FR-PC) |
Add brominated/phosphorus flame retardants (UL94 V-0 rating) |
Power adapter housings, electronic device housings |
| Toughened PC (POE/EPDM Modified) |
Improve impact strength (notched impact strength ↑50%) |
Safety helmets, bulletproof glass interlayers |
| Anti-Static PC |
Add carbon black/metal powder (surface resistivity ↓ to 10⁸Ω) |
Electronic trays, precision instrument housings |
PMMA（Acrylic）
PMMA (Polymethyl Methacrylate), also known as acrylic or plexiglass, features excellent transparency (92% light transmittance), low density (half that of glass), and good processability. Standard grades operate up to 80°C, short-term up to 100°C (e.g. LED lenses). It’s one of the most common transparent polymers used in advertising, lighting, automotive, and medical fields.
| Modified Material |
Modification Purpose） |
Typical Applications |
| PMMA/PC Alloy |
Improve impact strength (↑50%) and heat resistance |
Bulletproof glass interlayers, safety lenses |
| PMMA/ASA Alloy |
Improve weatherability (UV yellowing resistance) and toughness |
Outdoor billboards, automotive exterior parts |
| Flame Retardant PMMA (FR-PMMA) |
Add brominated/phosphorus flame retardants (UL94 V-0 rating) |
Lighting housings, electronic device panels |
| Colored PMMA |
Add organic pigment (particle size <1μm) |
Advertising signs, decorative crafts |
| Scratch-Resistant PMMA |
Add nano SiO₂ / silicone coating |
Phone protective screens, optical lenses |
POM
POM (Polyoxymethylene) offers high rigidity, excellent wear resistance, and superior dimensional stability. Known as "metal replacement plastic," it's widely used in precision mechanical components and is one of the most popular engineering plastics worldwide.
| Modified Material |
Modification Purpose） |
Typical Applications |
| POM/Glass Fiber Reinforced |
Increase stiffness (tensile strength ↑50%) and HDT (↑50~100°C) |
Gears, bearings, precision structural parts |
| POM/Toughened with Elastomer |
Improve toughness (notched impact strength ↑100%) |
Appliance buttons, automotive interior parts |
| Flame Retardant POM (FR-POM) |
Add brominated/phosphorus flame retardants (UL94 V-0 rating) |
Electronic device housings, safety components |
| Weather-Resistant POM (UV Stabilized) |
Delay yellowing and embrittlement |
Outdoor tool handles, automotive exterior parts |
| Conductive POM (Carbon Black/Metal Filled) |
Reduce surface resistivity (≤10⁶Ω) |
Anti-static trays, precision instrument parts |
PA (Nylon)
PA combines toughness, wear resistance, and easy processing. Modified grades can improve moisture resistance and heat resistance, making it widely used to replace metals in automotive, electronics, and machinery industries. Often called "the king of engineering plastics."
| Modified Material |
Modification Purpose） |
Typical Applications |
| PA/Glass Fiber Reinforced (PA/GF) |
Increase stiffness (tensile strength ↑100%), HDT (↑100~150°C), and dimensional stability |
Automotive gears, electronic connectors, bearings |
| PA/Toughened with Elastomer |
Improve toughness (notched impact strength ↑50%~100%) |
Appliance housings, automotive interior parts, tool handles |
| Flame Retardant PA (FR-PA) |
Add brominated/phosphorus flame retardants (UL94 V-0 rating) |
Electronic device housings, safety components |
| Transparent PA (e.g. PA/TPE Alloy) |
Control molecular regularity and add nucleating agents |
Optical lenses, transparent gears |
| Weather-Resistant PA (UV Stabilized) |
Delay yellowing and embrittlement |
Outdoor tool handles, automotive exterior parts |
| PPA (Semi-Aromatic Nylon) |
Improve heat resistance (HDT ≥250°C) and chemical resistance |
High-temperature connectors, engine peripheral parts |
PE
PE (Polyethylene) features low density, excellent corrosion resistance, and easy processability. It’s one of the most widely produced plastics globally, commonly used in packaging, films, containers, and piping.
| Modified Material |
Modification Purpose） |
Typical Applications |
| PE/Toughened with Elastomer |
Improve toughness (notched impact strength ↑50%~100%) |
Appliance housings, automotive interior parts, tool handles |
| HDPE/Glass Fiber Reinforced |
Increase stiffness (tensile strength ↑100%) and HDT (↑50~100°C) |
Industrial containers, pipe fittings |
| Weather-Resistant PE (UV Stabilized) |
Delay yellowing and embrittlement |
Outdoor packaging films, agricultural films |
| Transparent PE (Low Crystallinity + Nucleating Agent) |
Increase light transmittance (haze <10%) |
Transparent bottles, optical films |
| Flame Retardant PE (Brominated Additives) |
Meet UL94 V-0 rating |
Electronic device housings, safety components |
PBT
PBT (Polybutylene Terephthalate) offers high rigidity, heat resistance, and excellent electrical insulation, making it a top choice for electronic and electrical insulation applications.
| Modified Material |
Modification Purpose） |
Typical Applications |
| PBT/Glass Fiber Reinforced (PBT/GF) |
Increase stiffness (tensile strength ↑100%), HDT (↑100~150°C), and dimensional stability |
Electronic connectors, bearings, precision structural parts |
| PBT/Toughened with Elastomer |
Improve toughness (notched impact strength ↑50%~100%) |
Appliance buttons, automotive interior parts, tool handles |
| Flame Retardant PBT (FR-PBT) |
Add brominated/phosphorus flame retardants (UL94 V-0 rating) |
Electronic device housings, safety components |
| Transparent PBT (Low Crystallinity + Nucleating Agent) |
Increase light transmittance (haze <10%) |
Optical lenses, transparent gears |
| Weather-Resistant PBT (UV Stabilized) |
Delay yellowing and embrittlement |
Outdoor tool handles, automotive exterior parts |
| PBT/PET Alloy |
Improve heat resistance (HDT ↑30~50°C) and chemical resistance |
High-temperature connectors, engine peripheral parts |
PVC
PVC is a versatile, cost-efficient plastic with good chemical resistance and durability. It’s widely used in piping, medical devices, cables, and construction materials due to its strength and versatility.
| Modified Material |
Modification Purpose） |
Typical Applications |
| PVC/Plasticized (SPVC) |
Improve flexibility (elongation at break ↑200%~500%) |
Artificial leather, wire & cable insulation, films |
| PVC/Glass Fiber Reinforced |
Increase stiffness (tensile strength ↑100%) and HDT (↑50~100°C) |
Industrial pipes, profiles, sheets |
| Rigid PVC (UPVC) |
Improve chemical resistance and electrical insulation |
Water pipes, drainage pipes, window & door profiles |
| Flame Retardant PVC (FR-PVC) |
Add brominated/phosphorus flame retardants (UL94 V-0 rating) |
Electronic device housings, safety components |
| Weather-Resistant PVC (UV Stabilized) |
Delay yellowing and embrittlement |
Outdoor advertising boards, architectural decorative materials |
| Transparent PVC (With Nucleating Agent) |
Increase light transmittance (haze <10%) |
Optical lenses, transparent films |
ABS
ABS is a versatile engineering plastic with excellent strength, toughness, and processability. It’s widely used in electronics, automotive, home appliances, and consumer products. Standard ABS is suitable below 80°C; flame-retardant grades meet higher heat resistance needs.
PC
PC (Polycarbonate) combines transparency, toughness, and heat resistance. Standard grades work up to 120°C, and short-term exposure can reach 150°C. As the second most used engineering plastic worldwide (after PA), it is widely used in electronics and electrical applications.
PMMA（Acrylic）
PMMA (Polymethyl Methacrylate), also known as acrylic or plexiglass, features excellent transparency (92% light transmittance), low density (half that of glass), and good processability. Standard grades operate up to 80°C, short-term up to 100°C (e.g. LED lenses). It’s one of the most common transparent polymers used in advertising, lighting, automotive, and medical fields.
POM
POM (Polyoxymethylene) offers high rigidity, excellent wear resistance, and superior dimensional stability. Known as "metal replacement plastic," it's widely used in precision mechanical components and is one of the most popular engineering plastics worldwide.
PA (Nylon)
PA combines toughness, wear resistance, and easy processing. Modified grades can improve moisture resistance and heat resistance, making it widely used to replace metals in automotive, electronics, and machinery industries. Often called "the king of engineering plastics."
PE
PE (Polyethylene) features low density, excellent corrosion resistance, and easy processability. It’s one of the most widely produced plastics globally, commonly used in packaging, films, containers, and piping.
PBT
PBT (Polybutylene Terephthalate) offers high rigidity, heat resistance, and excellent electrical insulation, making it a top choice for electronic and electrical insulation applications.
PVC
PVC is a versatile, cost-efficient plastic with good chemical resistance and durability. It’s widely used in piping, medical devices, cables, and construction materials due to its strength and versatility.
| Modified Material |
Modification Purpose） |
Typical Applications |
| ABS/PC |
Improve heat resistance (HDT ≥120°C) and impact strength |
Laptop housings, automotive dashboards |
| ABS/PA |
Enhance toughness (50% increase in notched impact strength) |
Home appliance housings (washing machine drum), tool handles |
| Flame Retardant ABS (FR-ABS) |
Add brominated/phosphorus flame retardants (UL94 V-0 rating) |
Power adapter housings, electronic device housings |
| High Gloss ABS |
Optimize mold polishing or add brightening agents |
High-end home appliance panels, toys (e.g. LEGO) |
| Anti-Static ABS |
Add carbon black/metal powder to reduce surface resistivity |
Electronic trays, precision instrument housings |
| Modified Material |
Modification Purpose） |
Typical Applications |
| PC/ABS |
Improve toughness (notched impact strength ↑30%) and processing flowability |
Laptop housings, mobile phone frames |
| PC/PBT |
Improve heat resistance (HDT ≥120°C) and impact strength |
Laptop housings, automotive dashboards |
| PC/PMMA |
Increase surface hardness (scratch resistance) and weatherability |
Optical lenses, transparent home appliance panels |
| Flame Retardant PC (FR-PC) |
Add brominated/phosphorus flame retardants (UL94 V-0 rating) |
Power adapter housings, electronic device housings |
| Toughened PC (POE/EPDM Modified) |
Improve impact strength (notched impact strength ↑50%) |
Safety helmets, bulletproof glass interlayers |
| Anti-Static PC |
Add carbon black/metal powder (surface resistivity ↓ to 10⁸Ω) |
Electronic trays, precision instrument housings |
| Modified Material |
Modification Purpose） |
Typical Applications |
| PMMA/PC Alloy |
Improve impact strength (↑50%) and heat resistance |
Bulletproof glass interlayers, safety lenses |
| PMMA/ASA Alloy |
Improve weatherability (UV yellowing resistance) and toughness |
Outdoor billboards, automotive exterior parts |
| Flame Retardant PMMA (FR-PMMA) |
Add brominated/phosphorus flame retardants (UL94 V-0 rating) |
Lighting housings, electronic device panels |
| Colored PMMA |
Add organic pigment (particle size <1μm) |
Advertising signs, decorative crafts |
| Scratch-Resistant PMMA |
Add nano SiO₂ / silicone coating |
Phone protective screens, optical lenses |
| Modified Material |
Modification Purpose） |
Typical Applications |
| POM/Glass Fiber Reinforced |
Increase stiffness (tensile strength ↑50%) and HDT (↑50~100°C) |
Gears, bearings, precision structural parts |
| POM/Toughened with Elastomer |
Improve toughness (notched impact strength ↑100%) |
Appliance buttons, automotive interior parts |
| Flame Retardant POM (FR-POM) |
Add brominated/phosphorus flame retardants (UL94 V-0 rating) |
Electronic device housings, safety components |
| Weather-Resistant POM (UV Stabilized) |
Delay yellowing and embrittlement |
Outdoor tool handles, automotive exterior parts |
| Conductive POM (Carbon Black/Metal Filled) |
Reduce surface resistivity (≤10⁶Ω) |
Anti-static trays, precision instrument parts |
| Modified Material |
Modification Purpose） |
Typical Applications |
| PA/Glass Fiber Reinforced (PA/GF) |
Increase stiffness (tensile strength ↑100%), HDT (↑100~150°C), and dimensional stability |
Automotive gears, electronic connectors, bearings |
| PA/Toughened with Elastomer |
Improve toughness (notched impact strength ↑50%~100%) |
Appliance housings, automotive interior parts, tool handles |
| Flame Retardant PA (FR-PA) |
Add brominated/phosphorus flame retardants (UL94 V-0 rating) |
Electronic device housings, safety components |
| Transparent PA (e.g. PA/TPE Alloy) |
Control molecular regularity and add nucleating agents |
Optical lenses, transparent gears |
| Weather-Resistant PA (UV Stabilized) |
Delay yellowing and embrittlement |
Outdoor tool handles, automotive exterior parts |
| PPA (Semi-Aromatic Nylon) |
Improve heat resistance (HDT ≥250°C) and chemical resistance |
High-temperature connectors, engine peripheral parts |
| Modified Material |
Modification Purpose） |
Typical Applications |
| PE/Toughened with Elastomer |
Improve toughness (notched impact strength ↑50%~100%) |
Appliance housings, automotive interior parts, tool handles |
| HDPE/Glass Fiber Reinforced |
Increase stiffness (tensile strength ↑100%) and HDT (↑50~100°C) |
Industrial containers, pipe fittings |
| Weather-Resistant PE (UV Stabilized) |
Delay yellowing and embrittlement |
Outdoor packaging films, agricultural films |
| Transparent PE (Low Crystallinity + Nucleating Agent) |
Increase light transmittance (haze <10%) |
Transparent bottles, optical films |
| Flame Retardant PE (Brominated Additives) |
Meet UL94 V-0 rating |
Electronic device housings, safety components |
| Modified Material |
Modification Purpose） |
Typical Applications |
| PBT/Glass Fiber Reinforced (PBT/GF) |
Increase stiffness (tensile strength ↑100%), HDT (↑100~150°C), and dimensional stability |
Electronic connectors, bearings, precision structural parts |
| PBT/Toughened with Elastomer |
Improve toughness (notched impact strength ↑50%~100%) |
Appliance buttons, automotive interior parts, tool handles |
| Flame Retardant PBT (FR-PBT) |
Add brominated/phosphorus flame retardants (UL94 V-0 rating) |
Electronic device housings, safety components |
| Transparent PBT (Low Crystallinity + Nucleating Agent) |
Increase light transmittance (haze <10%) |
Optical lenses, transparent gears |
| Weather-Resistant PBT (UV Stabilized) |
Delay yellowing and embrittlement |
Outdoor tool handles, automotive exterior parts |
| PBT/PET Alloy |
Improve heat resistance (HDT ↑30~50°C) and chemical resistance |
High-temperature connectors, engine peripheral parts |
| Modified Material |
Modification Purpose） |
Typical Applications |
| PVC/Plasticized (SPVC) |
Improve flexibility (elongation at break ↑200%~500%) |
Artificial leather, wire & cable insulation, films |
| PVC/Glass Fiber Reinforced |
Increase stiffness (tensile strength ↑100%) and HDT (↑50~100°C) |
Industrial pipes, profiles, sheets |
| Rigid PVC (UPVC) |
Improve chemical resistance and electrical insulation |
Water pipes, drainage pipes, window & door profiles |
| Flame Retardant PVC (FR-PVC) |
Add brominated/phosphorus flame retardants (UL94 V-0 rating) |
Electronic device housings, safety components |
| Weather-Resistant PVC (UV Stabilized) |
Delay yellowing and embrittlement |
Outdoor advertising boards, architectural decorative materials |
| Transparent PVC (With Nucleating Agent) |
Increase light transmittance (haze <10%) |
Optical lenses, transparent films |
