Industrial Materials & Equipment

Engineering Plastics

ABS

Acrylonitrile Butadiene Styrene

Key Feature

• Excellent impact resistance and stiffness

• Superior moulding processability (injection, extrusion)

• Good surface gloss and paintability

• Stable properties across wide temperature range

• Good chemical resistance

Application

• Home appliance housings (TV, monitor, vacuum cleaner)

• Office equipment (printer, copier)

• Electronic device cases

• Automotive interior parts (dashboard, door trim)

• Toys and leisure products

Product Grade:

• General Purpose ABS (GP)

• High Heat ABS (HR)

• High Impact ABS (HI)

• Flame Retardant ABS (FR)

• Plating Grade ABS

• Transparent ABS

ABS is a terpolymer composed of acrylonitrile, butadiene, and styrene monomers, offering excellent impact resistance and processability. Widely used in home appliances, automotive interiors, and electronics housings.

Engineering Plastics

PC

Polycarbonate

Key Features:

• Superb transparency (over 90% light transmission)

• Very high impact resistance (250x glass)

• Excellent heat resistance (continuous use up to 125°C)4

• Good electrical insulation properties5

• Excellent dimensional stability

Application

• Automotive headlamp lenses

• Medical devices (surgical instruments, incubators)

• Electronic display covers

• LED lighting covers

• Bullet-proof transparent panels

Product Grade:

• General Purpose PC (GP)

• Flame Retardant PC (FR)

• UV Stabilized PC

• High Flow PC (HF)

• Glass Fiber Reinforced PC (GF)

• Optical Grade High Clarity PC

PC (Polycarbonate) is an amorphous engineering plastic with outstanding transparency and impact resistance — 250 times that of glass. Widely used as a glass replacement in optics, electronics, automotive, and construction.

Engineering Plastics

PA

Polyamide (Nylon) - PA6 / PA66

Key Features:

• Excellent mechanical strength and wear resistance

• Superior heat resistance (PA66 mp: 260°C)

• Good chemical and solvent resistance

• Excellent fatigue resistance

• Low coefficient of friction - ideal for bearings

Application

• Automotive engine bay parts (radiator, air duct)

• Industrial gears and bearings

• Sports equipment (ski bindings, bike parts)

• Electrical connectors and housings

• Power tool housings

Product Grade:

• PA6 General Purpose

• PA66 High Strength

• Glass Fiber 30% Reinforced (GF30)

• Glass Fiber 50% Reinforced (GF50)

• Flame Retardant PA (FR)

• Hydrolysis Resistant PA

PA (Polyamide/Nylon) is a crystalline engineering plastic with excellent mechanical strength and wear resistance. PA6 and PA66 are the most common, ideal for automotive parts, connectors, and industrial components.

Engineering Plastics

POM

Polyoxymethylene (Acetal)

Key Features:

• Very high stiffness and hardness

• Excellent dimensional stability

• Outstanding wear resistance and low friction

• Superior fatigue resistance

• Good chemical resistance

Application

• Precision gears and cams

• Office equipment precision parts
  Zippers and fasteners
  Fuel system components

• Medical device mechanisms

Product Grade:

• Homopolymer POM (HP)

• Copolymer POM (CP)

• Low Friction POM (PTFE filled)

• High Stiffness POM (GF)

• Impact Modified POM

• Conductive POM

Polyoxymethylene (Acetal)

POM (Polyacetal) delivers exceptional mechanical properties and dimensional stability due to its high crystallinity. Its low friction and high wear resistance make it ideal for precision mechanical parts as a metal replacement.

Engineering Plastics

PBT

Polybutylene Terephthalate

Key Feature

• Excellent electrical insulation properties

• Fast moulding cycle (high productivity)

• Good heat and chemical resistance

• Low water absorption - great dimensional stability

• Outstanding tracking resistance (CTI)

Application

• Electrical connectors

• Automotive ECU housings

• Relay and switch components

• Home appliance motor parts

• Textile fibers and filaments

Product Grade:

• General Purpose PBT (GP)

• Flame Retardant PBT (FR)

• Glass Fiber 15-30% Reinforced (GF)

• High Heat PBT (HR)

• Low Warpage PBT

• Impact Modified PBT

PBT is a crystalline thermoplastic polyester with excellent electrical insulation and heat resistance. Its rapid crystallization enables short moulding cycles for high productivity — ideal for connectors and automotive electronics.

Engineering Plastics

PETG

Polyethylene Terephthalate Glycol-modified

Key Feature

• Excellent transparency and gloss

• Improved impact resistance vs PET

• Outstanding thermoformability and secondary processing

• FDA food contact approved

• Excellent chemical resistance

Application

• Display protective films

• Medical blister packaging

• 3D printing filament

• POP displays and signage

• Cosmetic containers

Product Grade:

• General Purpose PETG (GP)

• Optical Grade High Clarity PETG

• Medical Grade PETG

• High Flow PETG (HF)

• Heat Resistant PETG

• Flame Retardant PETG (FR)

PETG is a glycol-modified amorphous copolyester with excellent transparency and impact resistance. Outstanding thermoformability makes it popular for displays, packaging, and 3D printing filaments.

Polyurethane Materials

PU

Polyurethane Systems

Key Feature

• Excellent abrasion resistance

• High elasticity and resilience

• Superior mechanical strength

• Outstanding impact absorption

• Excellent chemical resistance

• Long service life

Application

• Footwear soles

• Industrial wheels & rollers

• Automotive components

• Industrial moulded parts

• Mining equipment

• Conveyor systems

Product Categories:

• Polyurethane Systems

• PU Prepolymers

• PU Elastomers

• Specialty PU Systems

Premium polyurethane systems, prepolymers, and elastomers engineered for footwear, industrial wheels, rollers, and other high-performance molded applications.

Special Plastics

Bio Plastics

Bio-based Plastics

Key Feature

• Plant-derived raw materials (carbon neutral)

• Lower carbon footprint vs fossil-based plastics

• Mechanical properties comparable to fossil-based grades

• Biodegradable grades available (PLA, PHA)

• REACH / RoHS international regulatory compliance

Application

• Medical implants (PLLA)

• Biodegradable packaging (PLA)

• Automotive interior trim (Bio-PA, Bio-PU)

• Cosmetic packaging (Bio-PE)

• 3D printing filament (PLA)

Product Grade:

• Bio-PA (PA11, PA610, PA1010)

• Bio-PE (sugarcane-derived)

• PLA (Polylactic Acid)

• PHA (Polyhydroxyalkanoate)

• Bio-PET (partial bio-based)

• Bio-PU (Polyurethane)

Bio-based plastics are next-generation sustainable materials manufactured using plant-derived raw materials (corn, sugarcane, castor oil, etc.) instead of petroleum. They provide a carbon-neutral pathway while reducing fossil fuel dependency.

Special Plastics

PPS

Polyphenylene Sulfide

Key Feature

• Outstanding heat resistance (continuous 220°C, peak 260°C)

• Inherently flame retardant (UL94 V-0)

• Exceptional chemical resistance (insoluble below 200°C)

• Excellent electrical insulation

• High stiffness and dimensional stability

Application

• Automotive EGR valves, water pumps

• SMT-compatible electrical connectors

• Electric vehicle battery components

• Semiconductor process equipment parts

• Aircraft electrical components

Product Grade:

• Linear PPS

• Cross-linked PPS

• Glass Fiber 40% Reinforced (GF40)

• Glass+Mineral Hybrid

• Carbon Fiber Reinforced (CF)

• High Flow PPS (HF)

PPS (Polyphenylene Sulfide) is a super engineering plastic with outstanding heat resistance (continuous 220°C) and chemical resistance. It replaces metals in extreme environments in automotive electronics, high-heat electrical components, and industrial equipment.

Special Plastics

PPSU

Polyphenylsulfone

Key Feature

• Outstanding heat resistance (continuous 180°C)

• Repeated steam sterilization (134°C, 1,000+ cycles)

• Excellent impact resistance (2x PES)

• FDA, USP Class VI approved (medical grade)

• Superior chemical and hydrolysis resistance

Application

• Medical devices (surgical trays, dental instruments)

• Aircraft interiors (FAR 25.853 compliant)

• Food processing equipment parts

• Sterilization containers and cases

• Water purification and plumbing components

Product Grade:

• General Purpose PPSU (Natural)

• Medical Grade PPSU

• Glass Fiber Reinforced PPSU (GF)

• Aerospace Grade PPSU

• High Flow PPSU (HF)

• Flame Retardant PPSU (FR)

PPSU (Polyphenylsulfone) is a top-tier super engineering plastic maintaining excellent heat (180°C) and chemical resistance. Its ability to withstand repeated steam sterilization (134°C, 1,000+ cycles) makes it essential in medical, aerospace, and food processing.

Special Plastics

PEEK

Polyether Ether Ketone

Key Feature

• Highest heat resistance (continuous 260°C)

• Exceptional chemical resistance (insoluble in most solvents)

• 70% lighter than metals

• Excellent radiation resistance (1,000 Mrad)

• FDA, USP Class VI, ISO 10993 approved

Application

• Medical implants (spinal cages, dental)

• Aerospace structural components

• Semiconductor process equipment (CMP rings)

• Oil & gas seals and valves

• Automotive transmission components

Product Grade:

• Unfilled PEEK (Natural)

• Carbon Fiber 30% Reinforced (CF30)

• Glass Fiber 30% Reinforced (GF30)

• Implant Grade PEEK (Medical)

• Wear Resistant PEEK (PTFE/Graphite)

• Conductive PEEK (Carbon Nanotube)

PEEK (Polyether Ether Ketone) is the highest-performance thermoplastic with unmatched heat resistance (continuous 260°C) and mechanical strength. As a lightweight metal replacement, it is essential in aerospace, medical implants, semiconductors, oil & gas, and extreme industrial applications.

Special Plastics

PCR

Post Consumer Recycled Materials

Key Feature

• Up to 80% carbon reduction vs virgin materials

• EU circular economy regulation compliance (EU Taxonomy)

• Retains over 90% of mechanical properties (high-quality PCR)

• ISCC PLUS / GRS international certification available

• Enhanced brand image (ESG management contribution)

Application

• Automotive interior parts (PCR-ABS, PCR-PC)

• Home appliance housings (PCR-ABS)

• Packaging and containers (PCR-PP, PCR-PE)

• Electronic device cases (PCR-PC/ABS)

• Construction materials (PCR-PVC, PCR-PE)

Product Grade:

• PCR-ABS (High Quality, Standard)

• PCR-PC (Clear, Opaque)

• PCR-PP (Natural, Black)

• PCR-PE (HDPE, LDPE)

• PCR-PET (Flake, Pellet)

PCR (Post Consumer Recycled) materials are eco-friendly raw materials reprocessed from post-consumer plastic waste. As a key material for EU circular economy compliance and corporate carbon neutrality goals, PCR reduces carbon emissions by up to 80% compared to virgin materials.

Plastic Additives

Impact Modifiers

Impact Modifiers (MBS / ACR)

Key Feature

• Up to 10x impact resistance improvement

• Low temperature (-30°C) impact enhancement

• Transparent grade available (MBS)

• Excellent dispersion and processing stability

• Weatherability improvement (ACR)

Application

• PVC window profiles

• PVC pipes and fittings

• PC/ABS blend impact improvement

• PA automotive parts

• PBT electrical/electronic housings

Product Grade:

• MBS (Clear, High Impact, Weatherable)

• ACR (General, High Weatherable, Low Temp)

• ABS-type Impact Modifier

• CPE Impact Modifier

• EVA Impact Modifier

Impact modifiers are critical additives that dramatically improve plastic impact resistance. MBS (Methyl methacrylate-Butadiene-Styrene) and ACR (Acrylic Core-Shell) types are most common, enhancing room and low-temperature impact strength in PVC, PC, PA, PBT, and other engineering plastics.

Plastic Additives

Flame Retardants

Flame Retardants

Key Feature

• UL94 V-0 flame retardancy achievement

• RoHS / REACH international compliance

• Halogen-free options available (phosphorus-based)

• Excellent processability and thermal stability

• Minimal physical property degradation

Application

• TV/monitor back covers (PC/ABS + FR)

• Electrical connectors (PBT/PA + FR)

• Building insulation (EPS/XPS + FR)

• Automotive seat foam (PU + FR)

• Cable and wire jacketing

Product Grade:

• Brominated FR (Br-FR)

• Phosphorus FR (P-FR, Halogen-Free)

• Nitrogen FR (Melamine-based)

• Inorganic FR (ATH, MDH)

• P-N Intumescent FR

Flame retardants are essential additives for reducing fire risk and meeting safety regulations. Available in brominated, phosphorus-based, and inorganic types, they are critical in electronics, construction, automotive, and aerospace applications.

Plastic Additives

UV Stabilizers

UV Stabilizers / Light Stabilizers

Key Feature

• UV degradation prevention, 2-5x longer service life

• Discoloration and yellowing resistance

• Mechanical property retention

• UVA + HALS synergistic effect

• Excellent heat resistance and extraction resistance

Application

• Automotive exterior parts (bumpers, mirror housings)

• Agricultural films and sheets

• Building profiles and panels

• Artificial grass and sports facilities

• Outdoor furniture and lighting covers

Product Grade:

• Benzotriazole-type UVA

• Benzophenone-type UVA

• Triazine-type UVA

• HALS (High MW, Low MW)

• UVA + HALS Blends

UV stabilizers prevent degradation, discoloration, and property loss from UV exposure. UV absorbers (UVA) and HALS (Hindered Amine Light Stabilizers) are key types that extend product service life in outdoor and automotive applications.

Plastic Additives

Antioxidants

Antioxidants

Key Feature

• Processing thermal stability (prevents degradation)

• Long-term service life extension

• Discoloration and yellowing prevention

• Primary + secondary synergistic system

• FDA-approved grades available (food contact)

Application

• PP/PE pipes and fittings

• Automotive plastic components

• Wire and cable insulation

• Packaging films

• Engineering plastics (PA, PC, PBT)

Product Grade:

• Primary AO (Phenolic, Amine)

• Secondary AO (Phosphite, Thioester)

• High MW Phenolic (extraction resistant)

• Non-Phenolic AO

• Blend Systems (AO Pack)

Antioxidants are essential additives that inhibit polymer chain degradation during processing and end-use from heat/oxygen exposure. A combination of primary (radical scavenger) and secondary (peroxide decomposer) antioxidants creates synergistic protection to ensure product quality and service life.

Plastic Additives

Optical Brighteners

Optical Brightening Agents (OBA)

Key Feature

• 5-20% whiteness improvement

• Yellowing reduction for brilliant white appearance

• Highly effective at ppm-level dosage

• Excellent heat resistance (processing stability)

• Broad polymer compatibility

Application

• PP/PE films and sheets

• PET bottles and containers

• Synthetic fibers (polyester, nylon)

• PVC sheets and profiles

• Detergent and paper industries

Product Grade:

• Bis-benzoxazole type (Stilbene)

• Bis-benzoxazolyl type

• Coumarin-type OBA

• Naphthalimide-type OBA

• High-heat OBA (for engineering plastics)

Optical brightening agents (OBAs) absorb UV light and re-emit it as visible blue light, dramatically enhancing the whiteness and brightness of plastic products. Used extensively in fibers, films, sheets, and moulded goods for aesthetic quality improvement.

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