Industries
Injection Molding for Demanding Industrial Applications
Industry-Specific Solutions Made from High-Performance Plastics
Backed by our in-house toolmaking capabilities, decades of experience, and extensive expertise in high-performance polymers, we support your project from initial development to full-scale series production.
Chemical Industry
Plastic components used in the chemical industry are continuously exposed to aggressive media, elevated temperatures, and highly corrosive operating environments. To ensure long-term reliability, they must offer exceptional chemical resistance, precise dimensional stability, and an extended service life—helping to minimize downtime and maximize process reliability.
We manufacture high-precision injection molded components for applications in the chemical processing industry, including pumps, valves, dosing systems, analytical instruments, and sealing components made from fluoropolymers and other high-performance thermoplasts. From the early stages of product development, we provide engineering support for DFM-optimized parts and help identify cost-effective solutions for efficient series production.
Decades of Experience in Demanding Applications
In-House Mold Manufacturing for Faster Time-to-Market
Precision Production with Consistently High Part Quality
Electrical and Electronics Industry
Electronic components require materials that combine electrical insulation, thermal resistance, and dimensional accuracy. Depending on the application, materials may need to meet UL94 V-0 flammability standards, provide high CTI-performance, or offer excellent dielectric properties. As electronic devices continue to become smaller and more sophisticated, manufacturers must also accommodate increasingly intricate component geometries and tighter design constraints.
Peters Plastic produces components—often using glass fiber-reinforced polymers—for a wide range of electrical and electronic applications, including, insulators, sensor housings, switch components, and other technical parts. Combining precision mold manufacturing with robust, repeatable production processes, we deliver cost-effective series production solutions, even for highly complex component geometries.
Expertise in Flame-Retardant and Electrically Insulating Materials
Precision Mold Engineering for Intricate Component Geometries
Cost-Effective Series Production with High Process Stability
Measurement and Control Industry
In this industry, even the smallest manufacturing tolerances can determine the functionality of a component. Additional requirements include low moisture absorption, high dimensional stability, resistance to aggressive media, and dependable functionality over extended operating periods.
We are specialized in high-precision components for sensors, measuring cells, flow meters, analytical instruments, and valve applications. From the early stages of design, we consider manufacturing requirements to ensure consistent and repeatable component quality. Material selection is tailored to the specific operating conditions and requirements of each application.
High Precision Even for Complex Geometries
Technical Support from Development Through Series Production
Finishing and Assembly of Complete Modules Available
Mechanical and Plant Engineering
In mechanical and plant engineering, plastic components must withstand high mechanical loads, wear, friction, and, in some cases, extreme temperatures. At the same time, durable and cost-effective solutions are required for reliable long-term operation in industrial equipment and systems.
Peters Plastic supplies injection molded components for guide rails, sliding- and bearing components, housings and other functional parts used in mechanical engineering applications. Through close collaboration between design, mold manufacturing, and production, we develop cost-effective solutions with high process reliability and consistent manufacturing quality.
In-house Material Selection and Mold Manufacturing
Robust Series Solutions Even for Low-Volume Projects
Short Communication Channels and High Vertical Integration
