Other engineering polymers
Engineering polymers for cross-sector applications where performance and reliability are required
There is no single “right” material—there is a perfect engineering polymer for every context. Whether you need chemical resistance, electrical insulation, mechanical stability, or food-grade compatibility, Tecno Plastic supports you with a range of customized solutions. Below is an overview of the most versatile technical materials we use in machining industrial components.
Other materials we machine
ABS
When the development phase requires functional prototypes resistant to impact and mechanical stress, ABS is the ideal material.
It offers good resistance to aging and is extremely easy to machine, including thermoforming processes.
Advantages
Good toughness even at low temperatures, excellent machinability, polishability, cost-effectiveness.
Application fields
Industrial prototyping, aesthetic components, housings and protective parts in the mechanical, electronics, and automotive sectors.
PP (Polypropylene)
PP is a pure, weldable material with excellent chemical resistance and electrical insulation properties, making it a cost-effective, high-performance solution for many lightweight technical structures.
Advantages
Excellent weldability, high purity, low water absorption, chemical resistance.
Application fields
Flanges, fittings, pumps, chemical plants, construction components, and aerospace applications.
PVC
When hardness, low cost, and ease of machining are required, PVC stands out. Ideal for technical and industrial systems where durability and cost control are essential.
Advantages
High chemical stability, high density, easy cutting and welding, low absorption.
Application fields
Tanks, fume hoods, ducting, spacers, and general mechanical components.
PET
PET is the top choice for those seeking reduced wear, zero absorption, and maximum precision. It is stable, rigid, acid-resistant, and ideal for intensive production environments.
Advantages
Self-lubricating, wear- and acid-resistant, rigid, and dimensionally stable.
Application fields
Gears, guides, bushings, cams, sliding systems in food, medical, and automation sectors.
POM
POM offers mechanical strength, stability, and excellent machinability, even in contact with food or water.
Advantages
High dimensional stability, excellent sliding properties, resistance to wear and fatigue.
Application fields
Guides, augers, gears, valves, bushings for food processing, mechanical, fluid-handling, and automation sectors.
POM + PE
Material developed for applications requiring sliding properties and mechanical structural performance.
Advantages
It can withstand significant mechanical stresses and is ideal for bushings, screws, and mechanical components.
Application fields
Food industry, electronics, industrial automation, mechanical.
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