cut to size,fabricate or machine plastics to your specifications
PE-UHMW
PE-HD
Ext. Nlylon
Cast Nylon
Acetal PoM-C
Polyester PET-P
PTFE
PEEK
PVC
Polypropylene PP
Polycarbonate PC
Discover how our high-performance engineering plastic components perform in real working environments. From wear-resistant UHMWPE liners to precision-machined POM, Nylon, and PTFE parts, our application videos demonstrate durability, stability, and long-term performance across mining, marine, conveying, and heavy-equipment operations.
Used in many industrial and consumer applications
Excellent tribological properties
Fantastic chemical resistance
Suitable for food contact
Excellent dielectric properties
Not glueable
Average mechanical properties
Process: CNC Machining
Tolerance: ISO 2768-1 medium (m) class
Max size: 500x500x90mm; 19.7x19.7x3.54in
Lead time: <2 days
Durable and cost-effective
Self-extinguishing UL94 V0
Rigid and with good mechanical properties
Easy to machine and weld
Excellent electrical insulation
Limited ductility and resilience
Not suitable for food contact
The maximum operating temperature is 60°C
Machining process: CNC
Tolerance: ISO 2768-1 medium (m) class
Max size: 500x500x50mm; 20x20x2in
Lead time: <3 days
PEEK features and CNC properties, for demanding applications
Dimensional accuracy
High temperature resistance
Very high specific strength
Flame retardant UL94 V0
Food contact certified
Tool marks could be visible
Limited geometric freedom
High cost
Machining process: CNC
Tolerance: ISO 2768-1 fine (f) or medium (m) class
Max size: 500x450x55mm 19,6x17,7x2,2in
Lead time: <3 days
Mechanical properties and chemical resistance
Good mechanical properties in wide-ranging temperatures
Suitable for contact with food
Oil and fats good inertia
Minimum tolerance of ±0.10 mm
Process: CNC Machining
Tolerance: ISO 2768-1 medium (m) class
Max size: 500x500x140mm ; 19.7x19.7x5.5 in
Lead time: <4 days
Good workability, excellent for high-performance parts
Good mechanical properties in wide-ranging temperatures
Suitable for direct contact with food
Oil and fats good inertia
Minimum tolerance of ±0.10 mm
Machining Process: CNC
Tolerance: ISO 2768-1 medium (m) class
Max size: 500x500x95mm; 19.7x19.7x3.7in
Lead time: <3 days
Chemical resistance, electrical insulation and tensile strength
Lightweight
Excellent chemical resistance
Tensile strength
Electrical insulation
Limited thermal resistance
Susceptibility to UV degradation
Machining process: CNC
Tolerance: ISO 2768-1 medium (m) class
Max size: 500x500x90 mm; 119.7x19.7x3.54 in
Lead time: <4 days
Offers excellent impact resistance, good rigidity and durability
Good tribological properties
Good impact resistance
Good scratch resistance
Low UV resistance
Poor chemical resistance
Process: CNC Machining
Tolerance: ISO 2768-1 medium (m) class
Max size: 500x500x50mm; 119.7x19.7x2in
Lead time: <2 days
Reach out to our team to request UHMWPE material or finished component samples and experience our manufacturing quality firsthand. We’re ready to support your projects with reliable, high-performance polyethylene solutions.
Teflon has excellent tribological properties, i.e. low friction and wear resistance. This is due to its unique molecular structure that enables it to resist surface damage and reduce friction, making it an ideal material for use in applications requiring sliding surfaces. The low coefficient of friction also makes it suitable for use in bearings and other moving parts requiring low friction and wear applications.
Teflon (PTFE) is known for its excellent chemical resistance. The reason for this is its inert nature, which means it has a very low reactivity to most solvents, acids and bases. In addition, its non-stick properties make it highly resistant to adherence and accumulation of materials, making it an excellent choice for applications requiring chemical resistance.
Teflon is safe to use in contact with food as it is non-toxic and non-allergenic. In addition, it is an inert material, with very low reactivity in contact with most chemicals, so there is no risk of it getting into food.
For more information about UHMWPE materials and custom-machined components, please contact us.
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