Semi-Finished Products
We have supplied a wide range of semi-finished engineering plastics with high-quality PTFE, POM, PEEK, PEI, PET, PC, MC NYLON, ABS, PBT, PPO, PPS, PU and provided the utmost machining solutions to the various industries
PTFE
Polytetrafluoroethylene. Commonly known as Teflon, this highly crystalline thermoplastic polymer is formed by molding polytetrafluoroethylene (PTFE) resin. It offers exceptional chemical stability, withstanding all chemicals except molten sodium and liquid fluorine. Key features include high lubricity, non-stick properties, excellent electrical insulation, and outstanding resistance to aging and heat.
<Characteristics>
Remarkably high chemical resistance
Exceptional heat resistance
Low coefficient of friction
Low surface tension
High coefficient of thermal expansion
Low dielectric constant
<Applications>
Wear-resistant components
Insulation components
Industries where corrosion resistant materials are essential
Usage in textiles, papermaking, ceramics, chemical industries, medical devices, and Mechanical equipment
POM
Polyoxymethylene. Commonly referred to as Acetal, this material is a highly crystalline thermoplastic engineering plastic with a high melting point. Known for its exceptional properties, POM is highly suitable for automatic lathe processing, particularly in the production of precision parts.
<Characteristics>
Excellent impact strength even at low temperatures
Low moisture absorption
Outstanding wear resistance and sliding properties
Excellent processability
Good creep resistance
Excellent dimensional stability
Excellent resilience and elastic recovery
<Applications>
Sliding rotary
Precision parts
Gear Bearing
Several fields including automotive, electronics, clothing, medical, machinery, and exercise equipment
PEEK
Polyetheretherketone. PEEK is a colourless organic thermoplastic polymer in the Polyether ether ketone (PAEK) family. It is used in engineering applications. Known for its excellent mechanical properties, wear resistance, high-temperature resistance, and outstanding chemical resistance, it is one of the most widely used advanced materials.
<Characteristics>
Outstanding tensile and impact strength
Outstanding chemical resistance
Excellent electrical insulation
Extremely high resistance to high-energy radiation
Excellent dimensional stability
Low Coefficient of thermal expansion
Creep resistance
Low moisture absorption
Excellent sliding properties
Outstanding wear resistance
<Applications>
LCD detector holders
High-temperature lubrication-free bearings
High-pressure valve pads, seals
Thermal insulating bushings
Aerospace components
Medical devices
PEI
Polyetherimide (Ultem). PEI is a high-performance polymer known for its exceptional mechanical efficiency, heat resistance, and chemical stability. With a continuous use temperature of approximately 170°C, it offers excellent dimensional stability and high creep strength. Due to its unique torsional strength among thermoplastic polymers, it provides a cost-effective alternative for small steel cutting parts.
<Characteristics>
High mechanical strength
High creep resistance over a wide temperature range
Exceptional stability
Outstanding resistance to hydrolysis
Excellent electrical insulation
Excellent radiation resistance
Chemical resistance
<Applications>
Industrial components in electronics, automotive, electrics, aerospace industries
Molding Interconnect Device (MID)
Aircraft Interior Components
Automotive lighting
Medical and surgical devices
PET
Polyethylene Terephthalate- a polyester with relatively high density, is known for its rigidity, strength, tensile strength low coefficient of friction, and high dimensional stability
<Characteristics>
High strength
Low moisture absorption
Excellent creep resistance
Low sliding friction and sliding wear
Exceptional chemical resistance to acidity
Excellent adhesion and weldability
<Applications>
Components, precision machinery bearings
Electrical insulation materials
Bearings, Guide rollers
Food processing machine heads
Pistons
PC
Polycarbonate. PC is an amorphous, tasteless, non-toxic, highly transparent, colourless thermoplastic engineering plastic. It has high mechanical strength, excellent creep resistance, and extremely high impact resistance even at low temperatures.
<Characteristics>
High impact strength
Impact resistance
Ease of machining
Dimensional stability
Excellent electrical insulation properties
High heat resistance
<Applications>
Sliding rotary machines
Precision components
Gear, bearings
Machinery, electronics, automotive, construction, household items
MC Nylon
PA, Polyamide. also referred to as Nylon, is a thermoplastic resin known for its excellent properties such as mechanical strength, mechanical impact absorption, and wear resistance. Its outstanding electrical insulation ability and chemical resistance further enhance its significance as a vital material for manufacturing mechanical structural components and maintenance parts
<Characteristics>
Excellent wear resistance
High heat stability
Exceptional strength and hardness
Outstanding mechanical properties
Sliding capability
Chemical resistance
<Applications>
Automotive components
Electronics and electrics: wire cables, electrical components and more
Mechanical industry: Gears, bearings and more
ABS
Acrylonitrile Butadiene Styrene. ABS is a plastic produced by combining three compounds: acrylonitrile, butadiene, and styrene. It is known for its excellent impact strength, dimensional stability, and dyeability, along with its outstanding chemical and electrical properties, making it an easily machinable material.
<Product Properties>
High dimensional stability
Excellent rigidity
Outstanding electrical plating capability
Resilient to cracking
Excellent impact resistance even at low temperatures
Sound absorption properties
Outstanding thermal molding and weldability
<Applications>
Prototyping
Housing
home appliance
instrument panel
PBT
Polybutylene terephthalate. PBT is a semi-crystalline, opaque to semi-transparent, white thermoplastic polyester known for its high heat resistance. Most PBT resins are processed as blended materials and, after modification with various additives, can achieve excellent processing performance such as heat resistance, flame resistance, and electrical insulation.
<Characteristics>
High strength
Dimensional stability
Excellent friction and wear resistance
Good impact strength
Low coefficient of thermal expansion
Excellent chemical resistance to chlorine and acids
Superior electrical properties
Low moisture absorption
Excellent adhesion and weldability
<Applications>
Automotive industry: automotive parts, wiring harnesses
Mechanical engineering: gears, bearings
Home appliances: hair dryers, irons
Electronics industry: connectors, bobbins
PPO
Polyphenylene ether. PPO is one of the most used varieties of engineering plastics among thermoplastics due to its high heat resistance, flame resistance, dimensional stability, and electrical insulation.
<Characteristics>
High dielectric constant
Low moisture absorption
Excellent impact strength
Thermal stability
Dimensional stability
Excellent impact resistance
<Applications>
Automotive instrument panels
Electronic enclosures
Electrical output sockets
Medical device enclosures
Fields including Automotives, electronics, electrics, and medical devices
PPS
Polyphenylene sulfide. PPS is a high-performance thermoplastic resin known for its exceptional mechanical strength, high-temperature resistance, chemical resistance, flame retardancy, excellent thermal stability, and outstanding electrical properties. It is widely used in the electronics, automotives, machinery, and chemical fields.
<Characteristics>
Excellent electrical insulation
High mechanical strength
Outstanding heat resistance
High chemical resistance
Creep resistance
Dimensional stability
<Applications>
Semiconductor
LCD Manufacturing and Inspection Equipment
Plating processing machinery parts
Nuclear-related components, electronic component insulation, and thermal insulation components
PU
Polyether urethane. PU takes a leading role among polyurethanes, primarily due to its low viscosity and ease of handling. It outperforms polyester urethane on the grounds of its outstanding elasticity, moisture evaporation, low-temperature performance, impact strength, thermal expansion, water resistance and resistance to fungi.
<Characteristics>
Excellent wear resistance
Shock absorption
High elasticity
Good chemical resistance
<Applications>
Various metal plates and pipe punching dies
Shock absorption pads for large press equipment
Bakelite
Bakelite is one of the oldest plastics and the first fully synthetic plastics. It offers exceptional heat resistance, and can be molded for various applications using materials such as wood powder, pulp, and fiberglass.
<Characteristics>
High strength
Low moisture absorption
Excellent electrical insulation
Chemical resistance
Thermal stability
<Applications>
Electrical insulators
Mobile phone cases
Mechanical parts
PI
Polyamide. PI is a polymer known for its excellent mechanical and thermal properties, coupled with excellent chemical resistance. It offers a high elastic modulus and high melting point. It offers outstanding impact resistance and withstands a wide range of chemical substances such as acids, alkalis and organic solvents. Additionally, its resistance to UV rays and weathering makes it suitable for outdoor applications.
<Characteristics>
High strength
Outstanding abrasion resistance
Thermal stability
Excellent heat retention
Electrical insulation
High chemical resistance
Outstanding processability
<Applications>
Electronic devices
Dielectrics for semiconductors
LCD displays
Automotive manufacturing equipment