Excellent stiffness/toughness balance High mechanical strength Very good thermal stability High wear resistance and low coefficient of friction Continuous use temperature up to 180C Very low moisture absorption rate and mechanical properties independent from moisture High dimensional stability High chemical resistance Mechanical properties and independent from moisture Low moisture absorption rate Outstanding dimensional precision through low mold shrinkage and high warpage resistance Exceptional surface aspect even at high filler or reinforcement levels Lower moisture absorption than PA6 & PA6.6 Excellent salt and hydrolysis resistance High pressure resistance Higher heat deflection temperature than PA12 Better mechanical properties than PA12 at elevated temperatures

PACIFIC is a platform for Product Carbon Footprint (PCF) calculation, management, and exchange. Designed for injection molders, tier suppliers, and manufacturing SMEs, PACIFIC enables secure and scalable handling of PCFs across complex supply chains. Calculate, request, share, and track PCFs in standardized formats – all within one intuitive, enterprise-ready platform.

Fried Surface Technologies – Key Advantages: - Everything from a single source at one location, from moulding to surface treatment - State-of-the-art coating systems - Production of prototypes, small and large series in premium quality - Components in all sizes - Mirror-finish coatings and textured surfaces - Customized development of coating systems for specific requirements - Controlled processes for manual and automatic coating processes - Use of environmentally friendly water-based coating - Consistent level of quality through robot polishing Fried always focuses on the needs of its customers. That is why we also coat prototypes, small series and special surfaces individually by hand on request. Not only do we have highly flexible production facilities, but we also have coating experts who are experts in their trade. They work cost-efficiently even for individual tasks and ensure stable coating and workflow processes – and the highest quality. We work with coatings for every application – from medical technology to mechanical engineering. The Fried robot painting is characterized by the cost-efficient production of medium and high quantities for small and large components. We stand for consistently high-quality products and processes – even with varying batch sizes. Thanks to state-of-the-art production facilities and simulation programming.

Our range of parallel grippers includes 2- and 3-finger parallel grippers as well as angular grippers for precisely positioned gripping, picking up and placing of components.

Protects screws against tampering – the universal solution for preventing unauthorized loosening of your screw connections.

We manufacture components ranging from prototypes to high-volume production and ensure quality through PPAP, capability studies, and SPC. Detailed inspection reports provide transparency and traceability. Picking robots ensure reproducible processes, high process stability, and reliable mass production.

Diener electronic pursues the aim of offering the ideal surface solution for all applications. In many cases, a parylene coat is the ideal solution for the protection of valuable components, assemblies or devices. Parylene is a group of polymers whose chemically exact name is para-xylylenes. In a process technology that can only be used for this material class, almost transparent protective layers can be produced.

Injection molded plastic parts can be made lightweight in a number of ways. A new strategie for reducing the weight of injection molded parts is shown by our sample case study: With a special process, patented by acad, injection molded parts can be strengthened locally in an effective and sustainably simple way. By combining LFT (Long Fiber Thermoplastic) and additively manufactured continuous fiber inserts, it is possible to produce high-strength and considerably lighter structural components by serial injection molding. Main Advantages: - Local load-optimized and automated integration of continuous fibers in LFT injection molded components at the hot spots - additive manufacturing of semi-finished products from pre-impregnated continuous fibers - optimal load transfer due to compatible matrix materials for inserts and injection molding material - elimination of weak points such as flow lines in LFT injection molded components

Good mechanical strength and stiffness Very low moisture absorption and high dimensional stability Very good thermal stability Yellowing resistance at elevated temperatures Excellent surface aspact

LUPOX is a high-functional engineering plastic based on PBT (polybutylene terephthalate) with the physical properties enhanced with glass fibers, inorganic fillers and various other additives. It has properties such as fast crystallization, excellent formability and great liquidity. .

Polybutylene terephthalate (PBT) is a semi-crystalline, thermoplastic, saturated polyester used as a material for highly stressed technical parts in many industrial sectors. In addition to injection molding and extrusion variants, there are unreinforced, glass fiber-reinforced, glass bead- and mineral-filled, flame-retardant, elastomer-modified, and food-contact-approved product types. Our product range also includes various blends: PBT/ABS; PBT/ASA; PBT/PC; PBT/PET; PBT/SAN; PBT/TPEE. Characteristic properties: High stiffness and strength Very good dimensional stability under heat Low water absorption Good resistance to many chemicals Excellent weather resistance Outstanding heat aging behavior Areas of application: Automotive, fiber production, plumbing, electrical engineering and electronics, and compounding

Polycarbonate is characterized by high heat resistance, strength, and hardness, as well as excellent sliding properties, high abrasion resistance, good chemical resistance, low susceptibility to stress cracking, and low moisture absorption. In addition to injection molding variants, there are grades for the extrusion of semi-finished products, films, and cable sheathing, as well as unreinforced, glass fiber-reinforced, glass bead, and mineral-filled versions. There are also flame-retardant, elastomer-modified, and food-contact-approved product grades, as well as blends with acrylonitrile-styrene-acrylate copolymer (ASA). Areas of application: Polycarbonate is used for optical parts (lenses and ophthalmic lenses) as well as for sports goggles and visors. Impact resistance is a key consideration, as is weight savings compared to traditionally used glass. PC is also used in the automotive, leisure, household, and electronics industries.

PC (Polycarbonate) is a high-functional engineering plastic which is mainly used for industrial purposes because it is stronger and lighter than general plastics. Polycarbonate, known as a material used in bulletproof glass, is transparent and resistant to impact and heat, making it the most sought-after material in various industrial fields such as electronics, automobiles and mechanical components. LETZero PC - sustainable PC solutions General PC Extrusion Molding Injection Molding Silicon PC High mechanical property PC Branched PC