One-coat - Import export

In the field of plastics we offer metal strips with PVC plastisol and/or organosol coatings, as well as polyamide plastics. PP (polypropylene), PE (polyethylene), PC (polycarbonate), PET (polyethylene terephthalate) and PLA (polyactide), TPE (thermoplastic elastomer), TPU (thermoplastic polyurethane) and others. These can be produced with a layer thickness of 5-200 μm Depending on the plastic, higher layer thicknesses can also be achieved. In addition, most plastics can also be equipped with antibacterial properties; of course in all colour variations. Although a one-sided coating more common, we are able to apply the same and/or different plastic adhesives for both sides.

Coating substrates is one of our core competences. We have been coating precision optic components with optically effective layers ever since 1948. Over the years, technical specifications and possibilities have radically changed. We now have several highvacuum plants, an ultrasound cleaning and drying plant at our disposal to treat the substrates. We also build our own equipment e.g. for asymmetrical prisms. Coated substrates are inspected and documented with a "Lambda 900" PE spectral photometer. Antireflection coatings

Keiper CROMA high-performance flat belts are made of fully synthetic polyamide foils, with a one-sided or two-sided adhesion coating of chrome-split leather. Fitted with a polyamide reinforcement. With a one-sided or two-sided coating of chrome-split leather, highly resistant to abrasion and wear. Chrome-split leather is used exclusively as a friction coating on power transmission belts as an alternative to nitrile-butadiene rubber (NBR). CROMA belts with a coating of chrome-split leather are perfect for power transmission applications where the rollers are considerably contaminated by oil and dirt. In view of its slightly porous surface, chrome-split leather is air and humidity permeable and absorbs moisture; thus, it retains friction. However, the coefficient of friction of leather is lower than that for nitrile-butadiene rubber and steadily decreases during operation.

Keiper’s high-performance FLEXA flat belts are made of fully synthetic polyamide or polyester fabric and polyamide foil, with or without a suitable adhesion coating made of nitrile-butadiene rubber, depending on the wide range of possible power transmission and conveying applications. Fitted with a polyamide or polyester reinforcement With a one-sided or two-sided coating of nitrile-butadiene rubber, highly resistant to abrasion and wear Different surface structures FLEXA belts can be used as: Power transmission belts Folder-gluer belts Machine belts Tangential belts Spindle belts Properties + Suitable for a large temperature range + High resistance to abrasion + Very good dynamic properties + Resistant to oils and acids + Outstanding anti-static properties of black NBR - Gets brittle when exposed to UV light and ozone (only for limited outside use) - Processing is work and energy intensive (vulcanization, hardening)

KEIPER has an extensive range of flat belts, including high-performance flat belts, power transmission belts, folder-gluer belts, machine belts, tangential belts and conveying belts. For the perfect power transmission, conveying or control solution in any industrial sector. Keiper flat belts are designed to meet your specific requirements and applications, and, accordingly, they are made to size. Our flat belts are made of different traction layers and composite structures with different coatings such as nitrile-butadiene rubber, leather and surface structures. FLEXA With a polyamide or polyester reinforcement With a one-sided or two-sided coating of nitrile-butadiene rubber, highly resistant to abrasion and wear Different surface structures CROMA With a polyamide reinforcement With a one-sided or two-sided coating of chrome-split leather, highly resistant to abrasion and wear Butt leather belts Made of pure prestretched butt leather Rubber-and-fabric belts

DG Mixing process which under the application of high speeds injects enough energy into a powder quantity to create a stable compound from different types of powders and grain particles. Used, for example, for coating surfaces of one type of particle with other particles.

Digitally printable glass fabric with the highest fire protection standards For use in public buildings with high visitor frequency , e.g. airports, train stations, museums or in other installation situations that require special fire protection, it meets the requirement of non-flammability and is certified according to the new standard EN 13501-1 A2 -s1, d0 . The special structure of GLAS DIGITA L not only looks like a fine material , but in combination with the coordinated coating ensures a pleasantly soft feel . The whitening that is problematic with glass fabrics almost no longer occurs here. As an A2 fabric, GLAS DIGITAL finds its applications in a wide range of areas: Backlight : For use with light, the one-sided coating was adapted to the challenges of LED technology. Regardless of whether natural light , fluorescent tubes or LED technology ; GLAS DIGITAL is a diffuser that ensures homogeneous light distribution , without any star effects (pinholes) .

Electroplated metal surfaces are found in all areas of daily life and are used not only for technical purposes but also for decorative ones. For this, metallic coatings made of copper, nickel, nickel alloys, chrome, silver, and gold are used, which can offer both a matte and a high-gloss appearance. The most common application areas for decorative surfaces are found in the automotive industry, in sanitary areas for items such as fittings, but also in the consumer goods industry, thus combining functionality with appealing aesthetics.

Spicy coatings for snacks Many coated nibbles have one important disadvantage: the frying process gives them a high fat content. Not only that, but once the snack has been enjoyed, the hands are covered in seasoning material. As the name suggests, Fuchs baked coatings are not fried. This gives a much lower fat content for your enjoyment, and clean hands. Benefits at a glance: Baked, not fried: this gives lower heat damage Contain only the natural fat content The seasoning blend sticks to the product, not to the hand Various colour variations are available (no E numbers) Salt content individually adjustable Intense crunch

• For securely holding, clamping and tensioning round, profile and/or flat material • Field of application: round and flat materials • With wire cutter • High clamping pressure due to toggle lever transmission • With quick-release and adjusting screw • Usable with one hand • Black powder coated • Pliers body made of extremely high tensile spring steel • Jaws made of chrome-vanadium steel, forged

ASP’s "Forging – stamping" covers use fabrics coated on one or two sides (aramid based). This specific coating provides mechanical and thermal advantages that are needed for these processes (resistance to molten metal splashes, M1 fire protection class, high tear resistance, etc.). Covers that are tailor-made and repaired in our workshop provide the best protection for your robots.

ASP’s "Foundry – preparation area" covers use non-woven foil (FPE) or fabrics coated on one or two sides. These specific coatings provide the mechanical properties that these processes require (abrasion resistance, high tear strength, etc.). The "sealed seams" option further improves reliability by offering protection from liquids (water, resin, etc.). Covers that are tailor-made and repaired in our workshop provide the best protection for your robots.

ASP’s "Forging – stamping" covers use fabrics coated on one or two sides (aramid based). This specific coating provides mechanical and thermal advantages that are needed for these processes (resistance to molten metal splashes, M1 fire protection class, high tear resistance, etc.). Covers that are tailor-made and repaired in our workshop provide the best protection for your robots.

ASP also produces protective covers for the food industry that comply with European regulations. ASP’s range of protective covers for the food industry is manufactured from fabrics coated on one or two sides or from a non-woven PE-based material. They are resistant to high-pressure water blasting, intense cleaning with disinfectants and are resistant to wear & tear. Our experienced teams work together to produce the exact accessories required for your protective cover to ensure a perfect fit that matches your needs. Furthermore, our protective covers are ventilated, which is useful when your robotic machinery remains in operation over long periods. TEXPRAL-B, T1A and FPE comply with regulatory requirements FDA 21 CFR Cap. 1 - § 177.1600.

ASP also produces protective covers for the food industry that comply with European regulations. ASP’s range of protective covers for the food industry is manufactured from fabrics coated on one or two sides or from a non-woven PE-based material. They are resistant to high-pressure water blasting, intense cleaning with disinfectants and are resistant to wear & tear. Our experienced teams work together to produce the exact accessories required for your protective cover to ensure a perfect fit that matches your needs. Furthermore, our protective covers are ventilated, which is useful when your robotic machinery remains in operation over long periods. TEXPRAL-B, T1A and FPE comply with regulatory requirements FDA 21 CFR Cap. 1 - § 177.1600.

Raytek GS150 thermal imaging systems enable automated quality control in glass bending, forming, annealing, and tempering processes. The GS150LE variant is especially designed for Low-E (low emissivity) glass / one-side coated flat glass. It features automatic emissivity correction. The systems are based on the Raytek MP150 infrared line scanner, which has a max. resolution of 1024 points per line, a max. 150 Hz scanning frequency, and an up to 90° wide field of view. SYSTEM PROPERTIES • Automated temperature monitoring • Visualization on PC • Ethernet TCP/IP interface integrated in the line scanning system • PC-independent alarm output • PC-independent analog outputs 3 x 4 – 20mA BENEFITS • Improve profitability and product quality • Reduce set-up time • Detect defects quickly • Automate quality monitoring for ISO9000 • Reduce scrap • Efficiently manage the heat balance in the oven • Automatically adjust the emissivity value when changing glass types or coatings

Growing demand for recovered paper We are stepping up the use of recycled paper and rapidly expanding our range. One focus is on coated papers, which are of particular interest due to their wide range of applications and the increasing demand from label users. HERMAcoat Recycling (236), for example, consists of 100 percent post-consumer recycling material (PCR), i.e. the waste paper from private households.

Profiles for the furniture industry, mainly made from ABS, PS, PVC etc. , attractively embossed with decorative hot stamping foil. Available in one colour, varnished or coated in paper foil. Processing involves cutting to the dimensions required. Accessories / adapters for furniture feet available in several designs.

"The zinc-nickel process has developed in recent years into a process providing one of the most efficient coatings in surface refinement, and is primarily used where high corrosion resistance at a high temperature load is required. Zinc-nickel alloys with 12-16% nickel content are very temperature-resistant, the higher level of hardness compared to the normal zinc coatings is also a very important property, since the risk of damage is lower. The process is related to the conventional alkaline zinc method, but has excellent durability even without post-treatment. This process is suitable for both barrel and rack goods."

"The zinc-nickel process has developed in recent years into a process providing one of the most efficient coatings in surface refinement, and is primarily used where high corrosion resistance at a high temperature load is required. Zinc-nickel alloys with 12-16% nickel content are very temperature-resistant, the higher level of hardness compared to the normal zinc coatings is also a very important property, since the risk of damage is lower. The process is related to the conventional alkaline zinc method, but has excellent durability even without post-treatment. This process is suitable for both barrel and rack goods."

Shape: sheet Material: 1.4016 (X6Cr17) Type of manufacture: cold-rolled, 2J Surface finish: brushed Ground side(s) one-sided Laminated page(s): one-sided Standard: EN 10088-2 Dimensions: Thickness (mm): 0.8 Length (mm): 2,500 Width (mm): 1,250

When the going gets tough in industry and production, protective coatings of particularly high quality are always in demand. For industrial applications, FreiLacke liquid coatings provide highly effective solutions for the coating of all surfaces that need to withstand heavy stresses. Whether such heavy stresses are due to corrosion, chemicals or weather influences, FreiLacke provides the optimum protective coating for all areas of application. For example, these can be for machines and systems used within the production area, or for construction machinery, containers, wheels, piping systems and many other items. An extra benefit that you should take advantage of: As a leading system supplier, FreiLacke develops and produces all coatings under one roof. This makes FreiLacke your ideal partner for all industrial surface coatings.

The word “system” refers to the functional entity created from several interconnected components. Today, this term can be applied to a variety of products and services. Again and again, the main challenge is to ensure that all components are coordinated to each other to such a degree that the result is an optimal, comprehensive and qualitatively unique solution. We at FreiLacke have been meeting this challenge with great success for more than 90 years. Traditionally, we develop and produce all coating systems under one roof. Therefore, we do not merely provide you with all the important coating technologies, but also tailor them to your individual needs with regard to coating composition and optics. The advantages: best material properties, consistent colour results (even with varying products and coating types) and the needs-based configuration of individual coatings – and all from one source.