Moulded products - Import export

ALWA MOULD SLV is a universal two-component fast casting PU resin for mould making. It is used for the production of milling devices, negatives, product holders, foundry moulds, mould plates, copy moulds, core boxes, pattern plates, casting moulds, prototype parts, supporting moulds and synthetic cast. It consists of a beige-brown low viscosity resin component A (polyol mixture) and a red-brown, low viscosity hardener (component B) based on isocyanate (Methylendi(phenylisocyanat)e = MDI). Two types are available with different pot life: *ALWA MOULD SLV 3 ~ 3 min. pot life *ALWA MOULD SLV 9 ~ 9 min. pot life

Use our industrial manufacturing expertise for your products too ,Manufacture of silicone or aluminium moulds ,Gas internal pressure procedure (GIP) Processing of sheet plastic (cutting, milling, bending) More information available at https//www.geck.de

Together with the Fachhochschule Münster – University of Applied Sciences we are working on ALWA PERM (patent No. 2583995). This is a metal-filled casting resin for producing a porous, resin-bound mould. These materials are applicable in the areas of thermoforming, the ceramic industry, intake moulds and devices, pneumatic cushioning, the filter industry, etc. ALWA PERM allows a castable production of porous metallic materials with a binder for the first time. The system offers a highly accurate mould surface reproduction. The profile characteristics goes far beyond the current state of the art. NO MORE DRILLING OF VACUUM HOLES! NO DAMAGE OF THE MOULD SURFACE DUE TO DRILLING HOLES

Applicable as Non-stick coating also used for high-temperature applications up to 350°C • Typical layer thickness approx. 20 – 40 μm • Pencil hardness 9H • Clearance certificate for contact with food available Easy-to-clean coating also used for high-temperature applications up to 350°C • Typical layer thickness approx. 5 – 10 μm • Pencil hardness 9H • Clearance certificate for contact with food available Light corrosion protection Typical applications - Foodstuff industry - Bakery industry - Chutes, conveying systems, rollers - Injection moulding, moulding production - Heating plates, heating mirrors - Blades - Varnishing troughs - Impellers - Heat exchanger - and more besides

Kullen-Koti has a large range of moulded brush discs. These are used for various applications, namely, de-burring. For this, brush discs with nylon abrasive filling or wire are mainly used. The abrasive filling removes burrs that occur during production processes. Moulded disc brushes are characterised by their filling density. This can´t be achieved with other brushes. Furthermore the moulded disc brush has an extra flat filling. That leads to perfect deburring results and has a longer service life than conventional brushes. They need to be replaced much less frequently. The brush discs are available in diverse dimensions and materials. They can be provided with a bore with or without a keyway. There are other connecting possibilities, such as nuts and cams. Besides abrasive filling and wire, all available filling materials can be used.

Proven special release agents for the production of concrete products by wet-cast process using either PE, PU or silicone moulds. Fast and easy release of concrete products from the mould, results in clean, uniform and almost flawless surfaces.

BIEGLO can offer PEEK powders in various viscosities. It can be used for a variety of applications: semi-finished product extrusion, injection molding, compounding, filament and film extrusion, coatings. Our CoPEEK 012P is a high viscous, unreinforced PEEK for extrusion and injection molding, thus it is the standard type for the production of semi-finished products. CoPEEK 021P is medium viscous, unreinforced PEEK for injection molding. But it can also be extruded for the production of films and filaments. CoPEEK 085P is low viscous, unreinforced PEEK for the extrusion of films and filaments. It is also used as the basis for compounds and composites. Our CoPEEK can be processed on machines for thermoplastics without any problems. We recommend a processing temperature of 360 °C to 380 °C. BIEGLO CoPEEK is ISO 10993 certified for medical applications and also has FDA certification.

BIEGLO can offer PEEK granulates in various viscosities. It can be used for a variety of applications: semi-finished product extrusion, injection molding, compounding, filament and film extrusion, coatings. Our CoPEEK 012G is high viscous, unreinforced PEEK for extrusion and injection molding, thus it is the standard type for the production of semi-finished products. CoPEEK 021G is medium viscous, unreinforced PEEK for injection molding. But it can also be extruded for the production of films and filaments. CoPEEK 085G is low viscous, unreinforced PEEK for the extrusion of films and filaments. It is also used as the basis for compounds and composites. CoPEEK 125G is very low viscous, unreinforced PEEK for the injection molding of thin-walled, complex components. It is also suitable for the production of highly filled compounds.

Air-free slack filling – calibres up to 200 mm The ICA is the ideal machine for large calibres and moulded products up to a calibre of 200 mm. Fibrous, collagen and plastic casings can be processed. The innovative iris separator makes the ICA ideal for the production of large volumes like slicer products, moulded ham, even those made of whole muscles. Subject to technical modifications.

GC green 2082 MI contains 20% natural fibers and is a biomaterial - allrounder for various injection molding applications. With GC green you get a resource-saving and home-compostable material with ground sunflower seed hulls. The fibers from sunflower seed hulls are a by-product of sunflower oil production. They are GMO-free, do not compete with food and do not require additional acreage. Often this material has already been used for various packages or even plant clips. In order to provide you with an optimal color selection, we have had 10 masterbatch colors certified by TÜV Austria. We will be happy to advise you. Further advantages of GC green: 100% recyclable Reduced cycle times No sink marks Lower energy input In addition to our allrounder compounds, we naturally have many other material formulations. Just contact us, together we will find the perfect compound for your application.

GC green M2571 7G3 A contains 25% natural fibers and is a biomaterial - allrounder for various injection molding applications. With GC green you get a resource-saving and home-compostable material with ground sunflower seed hulls. The fibers from sunflower seed hulls are a by-product of sunflower oil production. They are GMO-free, do not compete with food and do not require additional acreage. Often this material has already been used for our thin-walled plantable plant pots: Natural Pot. In order to provide you with an optimal color selection, we have had 10 masterbatch colors certified by TÜV Austria. We will be happy to advise you. Further advantages of GC green: 100% recyclable Reduced cycle times No sink marks Lower energy input In addition to our allrounder compounds, we naturally have many other material formulations. Just contact us, together we will find the perfect compound for your application.

GC green 3082 MIF T13 contains 30% natural fibers of sunflower seed shell and is a biomaterial - allrounder for various injection molding applications. With GC green you get a resource-saving and certified-home-compostable material with ground sunflower seed hulls. The fibers from sunflower seed hulls are a by-product of sunflower oil production. They are GMO-free, do not compete with food and do not require additional land for cultivation. Frequently, this material has already been used for the HOMEcap coffee capsule and various packaging in the food sector. Further advantages of GC green: 100 % recyclable Reduced cycle times No sink marks Certified quality Reduced energy input In addition to our allrounder compounds, we naturally have many other material formulations. Just contact us, together we will find the perfect compound for your application.

POWERFUL AND INDIVIDUAL – FOAMplus® BAG PACKER² The FOAMplus® Bag Packer² system produces foam packaging bags at the touch of a button, which adapt specifically to the contours of the packaged goods. Thanks to the proven foam-in-bag system, film bags can be filled with foam automatically through regular batch production or individually, directly at the packing station. When a bag is produced the expanding polyurethane foam pad will quickly mould itself around any product shape in seconds, and affords the highest degree of protection against shock, vibration and compaction. A robust solution for goods in transit and storage that ensures products arrive in perfect condition. Thanks to its low weight, it also reduces transport costs. FOAMplus® Bag Packer² features a user-friendly display screen, where you can adjust the size and fill volume of the bag, program bag sequences, and store defined packaging sizes in the system. The FOAMplus® Bag Packer² is designed to run four film...

PU composites are mainly found in the production of moulded parts resistant to bending. The skilful combination of materials puts the topic of lightweight construction into the spotlight (honeycomb technology applications). Sophisticated surface designs are supported by corresponding PU / UP resin systems. Thanks to the reduced component weight, moulded part applications are used in the automotive sector – and, with corresponding flame protection formulations, also in rail vehicle construction. Typical properties Moulded part density of 450–1100 kg/m³ Fibre proportion from 30 % Available foaming agents: usually water Reinforcing materials Glass fibre rovings Glass fibre mats and non-crimp glass fibre fabrics Carbon fibres Natural fibres (hemp, sisal, coconut etc.) Special formulations and versions Honeycomb materials for sandwich structure components Paper honeycombs Waterproof paper honeycombs (patent-pending process) Plastic honeycombs Aluminium honeycombs Systems with a large processing window Use of polyols based on renewable resources Self-parting with simultaneous good lamination properties Flame protection formulations Automotive: FMVSS 302 Rail vehicle construction: DIN 5510 (S4, SR2, ST2) Aircraft construction: FAR 25853, ABD 0031 Construction industry: DIN 4102 B2