Press forming - Import export

Material: Housing, steel plate. Wheel tread, high quality polyurethane elastomere. Wheel rims, die-cast aluminium. Version: Housing, press-formed. Swivel housing, double-row ball bearings in a swivel head. Ball bearing wheel axle bearings. Note: Wheel axle bolted. Swivel and fixed castors with mounting plate. Application: Heavy loads can be easily transported using this load handling equipment. The roll and swivel resistance is reduced with this new wheel series designed for intralogistic heavy load applications. Temperature range: -25 °C to +70 °C

Material: Housing thick steel plate. Tyres steel-wire reinforced elastic solid rubber. Wheel body welded steel. Version: Housing press formed. Reinforced fork, base plate and centre pin. Double ball bearing with hardened shells in the castor head. Precision ball bearings in the wheels. Note: These castors are particularly impact and shock proof and assure a high service life. Wheel axle bolted.

Material: Housing steel plate. Wheels with thermoplastic rubber tread. Wheel body polypropylene. Version: Housing press formed. Double ball bearing in the castor head. Plain bearing in wheels. Note: Wheel axle threaded. Swivel and fixed castors with bolt hole. Electrically conductive wheels, non-marking grey. The ohmic resistance of the wheel is less than 10⁴Ω. Application: Electrically conductive wheels on swivel and fixed castors are used to protect against electrostatic discharge generated by transport equipment or the transported goods. Damage to sensitive goods and painful electrostatic shocks to the personal is so prevented.

Form C and F: Ball steel, ball seat high-carbon steel. Form G and J: Ball high-carbon steel, ball seat steel. Version: Form C and F: Ball hardened and black oxidised, ball seat phosphated. Form G and J: Ball phosphated, ball seat hardened and black oxidised. Note: The self-aligning pads serve as stops, rests and thrust pads in fixture construction. The seating face returns to the start position when the load is removed. Ball secured against rotation. Drawing reference: Form C: male thread, flattened ball, smooth Form F: male thread, flattened ball, diamond grip Form G: press fit, flattened ball, smooth Form J: press fit, flattened ball, diamond grip

Body carbon steel. Ball, ball bearing steel 1.2067. Form D: Ball with POM insert. Form H: Ball with POM insert. Form K: Ball with carbide insert. Form M has a carbide ball. Version: Body tempered and phosphated. Ball hardened. Form M ball nickel plated. Note: Self-aligning pads serve as stops, supports and thrust pads in fixture constructions. Ball secured against rotation. * Valid only if the minimum bore depth is observed. Drawing reference: Form C: with male thread, flattened ball, smooth. Form D: with male thread, flattened ball, with POM insert. Form F: with male thread, flattened ball, diamond grip. Form M: with male thread, flattened ball, with carbide insert. Form G: press fit, flattened ball, smooth. Form H: press fit, flattened ball, with POM insert. Form J: press fit, flattened ball, diamond grip. Form K: press fit, flattened ball, with carbide insert.

Hydraulic presses for a broad variety of pressing, foaming, punching and forming tasks FRIMO HyPress standard machines can be adapted to fit table size, stroke, clearance, and press force requirements. Numerous options are available including safety packages, pivoting rams and tables, tool change systems, automation solutions, and complete customizations. The standard presses are designed as bolted, welded structures. The machine feet, head and sides are manufactured with high precision and fastened with fitting keys. The ram is guided via prisms and can be easily readjusted. It can alternatively be column-guided.

The combination of multiple technologies/procedures in one step is called OneShot technology. Semi-finished products (e.g. renewable raw materials such as natural fibers) and decorative materials (e.g. textiles) have to be handled in one production step to finish a component, such as a door panel. FRIMO has developed a modular system that allows for simple and customized configuration of a OneShot plant with all necessary tools. The following units can be integrated into such a plant: feeding station, heating station, calibrating station, material assembly station, press with OneShot tool, part-removal station.

Composites are engineered materials made from two or more materials with significantly different physical or chemical properties. Their mechanical and physical properties depend on the type and proportion of the base materials and the parameters of the manufacturing process. Due to composites, very light and durable plastic parts can be produced. Composites may be prepared as layers , fibers, particles or penetrating composites , but the actual composite material usually only arises during the shaping process in the tool . FRIMO has extensive technical expertise and many years of experience in developing and manufacturing plants and tools to process composite materials such as CFK, GFK, NFPP, HFPP, LFT, GMT and BMC and supplies for the production processes such as RRIM, SRIM / GMPU, Long Fiber Technologies, NFI, or RTM tailor-made manufacturing equipment.

"Combi" tools allow different technologies to be combined in a single step (in one tool) for more efficient plastic component production. Typical technologies applied in combined processes (depending on the requirements) are foaming, forming, laminating, edge folding, punching and joining. These processes allow different materials and material combinations to be used. "Combi" tools enable a very fast and cost-effective production process with minimized space requirements. Based on their longtime expertise and completion of numerous serial projects, FRIMO is able to supply optimized tooling solutions that perfectly meet the product and customer requirements. These range from small tools to special tools for large components for a nearly unlimited range of plastic applications. Our tools are available in steel or cast steel, as well as in aluminum, cast aluminum or nickel shells. For special applications, FRIMO also offers tools with interchangeable inserts, allowing the most efficient

Pressed sphagnum peat moss slabs (9 liters) are the finished product for covering any prepared surface for arranging grass plots, beds in public gardens, parks near houses, railroad beds and highways and bedding out grasses, flowers, various herbs and decorative plants. Sphagnum pressed peat moss slabs are produced from high-moor milled peat dried to 22-28% moisture and pressed into the rectangle form. Content of nutritious elements (mg/100g of dry substance): Nitrogen (N) – not less than 200 mg Phosphorus – not less than 300 mg Potassium – not less than 300 mg Trace substances: Cu, B, Mn, Mo, Zn, Fe Dimensions of a slab: 470 x 150 x 30 mm, thickness of a slab 25 – 35 mm Weight of a slab: 1200 – 1500 g various subject to moisture

Pressed peat moss slabs (18 liters) are manufactured for growing plants, vegetables, flowery and decorative cultures under the conditions of greenhouse factories with low-capacity technologies. Sphagnum pressed peat moss slabs are produced from high-moor milled peat dried to 22-28% moisture and pressed into the rectangle form 470 x 150 x 30 mm.

Pressed peat moss tablets Ø 32 mm is manufactured for growing seedlings of various flowery and decorative cultures under domestic conditions, on plots of land attached to a house, in the open and protected soil. Tablet features: Pressed peat moss tablets Ø 32 mm are produced from high-moor milled peat dried to 27-29% moisture and pressed into the round form for pots with a volume 0.3 liter. Content of nutritious elements (mg/100g of dry substance): Nitrogen (ammonia and nitrate) 100 - 120 mg Phosphorus 150 – 200 mg Potassium 150 – 200 Trace substances: Cu, B, Mn, Mo, Zn, Fe Electroconductivity 0.5 – 1.1 mS/cm Tablet dimensions: 0.3 L – Ø 32 mm, height 7-9 mm, weight 7-8 g.

Pressed peat moss tablets Ø 32 mm is manufactured for growing seedlings of various flowery and decorative cultures under domestic conditions, on plots of land attached to a house, in the open and protected soil. Tablet features: Pressed peat moss tablets Ø 32 mm are produced from high-moor milled peat dried to 27-29% moisture and pressed into the round form for pots with a volume 0.3 liter. Content of nutritious elements (mg/100g of dry substance): Nitrogen (ammonia and nitrate) 100 - 120 mg Phosphorus 150 – 200 mg Potassium 150 – 200 Trace substances: Cu, B, Mn, Mo, Zn, Fe Electroconductivity 0.5 – 1.1 mS/cm Tablet dimensions: 0.3 L – Ø 32 mm, height 7-9 mm, weight 7-8 g.

Our Vac-Sil® Quality Membranes have been specifically designed for use as vacuum membranes for Solar/P.V. module lamination, plus the forming or thermo-pressing of vinyl foil veneers on furniture woodwork, composites in aerospace, F1 cars, marine, and other general products. We also provide a range of precision components, primarily for use in solar panel production. The range includes laminator vacuum seals, PTFE & Glassfabric belts (Stringer, Release, Vision, Transport etc) and also squeegee edge profiles for screen printing. Listening to our valued customers and their experiences, VAC-SIL® Quality Membranes have been polymer engineered to give users excellent thermal and mechanical properties, with good chemical resistance that leads to optimum service life. Visit our website for further information - advantages, benefits, areas of use, datasheets, faq's and installation instructions.