Engineering Plastics
At Hanplast, we use advanced engineering plastics to manufacture components with high mechanical and thermal performance requirements. Our experience includes projects for industries such as automotive, electrical engineering and household appliances. Typical applications include electronic device housings, fastening elements and components used in machine construction. Our team of experienced specialists and advanced production lines enable us to deliver even the most demanding projects.
Engineering Plastics
Resistance, strength and material reliability.
Components
For demanding technical applications.
PRODUCTION AND SERVICES
Properties of Engineering Plastics
At Hanplast, we focus on the future of industry, and our technical plastic components are the perfect response to the needs of modern manufacturing. The materials available in our portfolio offer excellent performance in terms of strength, heat resistance and other key properties. Engineering plastics are distinguished by:
high mechanical strength,
rigidity,
resistance to corrosion, moisture and other external factors,
dimensional stability,
chemical resistance,
excellent machinability.
Thanks to these properties, our materials are easy to process and shape. They withstand elevated temperatures very well (from 100°C to 150°C), maintaining durability even in demanding operating conditions. Due to their low weight, engineering plastics are ideal for manufacturing large-scale components mounted at significant heights, without placing excessive load on the structure. Their performance matches metals and, in some applications, even exceeds them. In the packaging industry, they are also increasingly replacing PE, PP and PVC.
PRODUCTION AND SERVICES
Why Are Engineering Plastic Components a Cost-Effective Investment?
In the injection molding process, we use a wide range of engineering plastics with diverse properties, tailored to the technical requirements of individual parts and components. These materials are used to manufacture components for industries such as electronics, automotive and household appliances.
Engineering plastic components produced through injection molding combine durability, precision and cost efficiency. Thanks to their high mechanical and thermal resistance, our components perform reliably in demanding industrial applications – wherever strength, dimensional stability and resistance to heavy operating conditions are essential.
