Plastics engineering - Import export

The confocal chromatic confocalDT measuring system is used for fast distance and thickness measurements. Different sensor models and controller interfaces open versatile fields of application, e.g., in the semiconductor industry, glass industry, medical engineering and plastics production.

Moulded-In Inserts are placed over core pins by an operator or a pick-and-place robot prior to the closure of the mould cavity during the plastic injection process. Moulded-In Inserts offer exceptional torque and pull-out resistance due to unrestricted plastic flow around the Insert body, and are often the Insert of choice for thermosets and engineered plastics with a high percentage of filler. The minor thread diameter tolerance is controlled to ensure positive positioning and perpendicularity of the Insert on the core pin during the moulding process. Series 63 is symmetrical eliminating orientation and Series 65 is the same body style in a blind ended version. SPIROL's Moulded-In Inserts are made from 2024 aluminium, a light-weight, lead-free grade. SPIROL’s Series 63 and Series 65 Moulded-In Aluminium Inserts are available in thread sizes ranging from M4 (8-32) up to M8 (5/16-18).

Cylinder tube made of PA6. Plastic parts for machine engineering, medicine and other sectors

Shaft, sprayed, made of Fortron PPS Plastic parts for machine engineering, medicine and other sectors

Valve made of PA66 GF30 Plastic parts for machine engineering, medicine and other sectors

Plug. sprayed with PA66 Plastic parts for machine engineering, medicine and other sectors

Plug for medical engineering made of PA6 Plastic parts for machine engineering, medicine and other sectors

Spray head made of PA6 Plastic parts for machine engineering, medicine and other sectors

Pole ring insulation made of PBT GF30 Plastic parts for machine engineering, medicine and other sectors

Fan wheel view 2 made of Fortron PPS. Plastic parts for machine engineering, medicine and other sectors

Fan wheel view 1 made of Fortron PPS. Plastic parts for machine engineering, medicine and other sectors

Bearing clamp made of PA6 GF30 Plastic parts for machine engineering, medicine and other sectors

Couplers made of Fortron PPS Plastic parts for machine engineering, medicine and other sectors

Insulation part made of LCP GF30 Plastic parts for machine engineering, medicine and other sectors

Casing, top and bottom part made of PA66 Plastic parts for machine engineering, medicine and other sectors

Cover and dosing head made of PP Plastic parts for machine engineering, medicine and other sectors

Cover made of POM Plastic parts for machine engineering, medicine and other sectors

Insulation parts made of PA46 GF30 Plastic parts for machine engineering, medicine and other sectors

Bearing screen made of PA6 GF30. Plastic parts for machine engineering, medicine and other sectors

Small parts made of POM, PP, PA, PE-LD Plastic parts for machine engineering, medicine and other sectors

Fränkische Industrial Pipes perceives itself as an international partner for developing technical sophisticated corrugated tubes, tubing systems and cable protection tubes as well as fluid systems for the automotive sector, household appliances, machine engineering and apparatus engineering and also for the industrial sector. In the field of agricultural and construction machinery, our offer includes blow-moulded parts made of plastic, drainage systems, fuel line systems, air intake systems, air guidance systems, windscreen cleaning systems and various types of tubes. The tubes and appliances are occasionally being exposed to strains and ambient conditions. That is why FIP sets a high value on product quality for their customized tubing systems.

Thermoplastic elastomers are bonded to engineering plastics by melt adhesion to the most widely used structural plastics. Since the materials are bonded together at the production stage, no separate adhesive is needed, which makes the process faster and more cost effective than if the two parts were assembled together after each had been produced separately. There are two main processing procedures used to achieve bonding, overmoulding and co-extrusion. When overmoulding with soft components, the surface of the hard component softens and a diffusion of the molecules in the outer layer takes place. A prerequisite for this is that the two materials, i.e. the TPE Compound and the engineering plastic, must be compatible with one another, meaning that they must not reject one another’s molecules. As the molecule mobility increases, the molecules of the two materials will diffuse and this gives rise to so called melt adhesion. The molecules of the two materials form a network at the surfac

Overmoulding is a powerful technique that allows the production of finished parts in soft and hard material combinations without trimming or assembly. It offers many design and product advantages, allowing designers to differentiate products while meeting important user and patient demands, including soft-touch and cushioning for greater comfort and non-slip surfaces with improved grip for safety. The 500M Mediprene range bonds very well to polyolefins like polyethylene (PE) and polypropylene PP). However, in several medical applications transparent engineering plastics like ABS, PC, PETG and SMMA (and their blends) are utilised. The Mediprene A2 series has been developed to address demands for medical grade TPEs that bond well to these substrates. Special features Unfilled PVC, silicone & latex free 35 to 65 Shore A Flexibility over broad temperature range Resistant to many fluids used in the healthcare environment Sterilizable with gamma, EtO and steam Production site accredited