Coats - Import export

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

SCHOCK Powder Coating enables us to create high-performance and visually appealing product surfaces with long-term corrosion protection and customized color options. Electrostatic powder coating is based on the principle of attracting parts with opposite electrical charges. When high requirements for impact resistance and weather resistance are essential, powder coating is indispensable. These properties have led industries such as appliance manufacturing, machinery manufacturing, medical technology, heating and ventilation technology, household appliances, store fixtures, and furniture manufacturing to transition significantly from wet paint to powder coating. The powder coating process is suitable for all electrically conductive and thermally stable solids. SCHOCK Powder Coating operates with state-of-the-art technology, fast color change cycles, and sustainable, energy-efficient production.

SCHOCK Powder Coating enables us to create high-performance and visually appealing product surfaces with long-term corrosion protection and customized color options. Electrostatic powder coating is based on the principle of attracting parts with opposite electrical charges. When high requirements for impact resistance and weather resistance are essential, powder coating is indispensable. These properties have led industries such as appliance manufacturing, machinery manufacturing, medical technology, heating and ventilation technology, household appliances, store fixtures, and furniture manufacturing to transition significantly from wet paint to powder coating. The powder coating process is suitable for all electrically conductive and thermally stable solids. SCHOCK Powder Coating operates with state-of-the-art technology, fast color change cycles, and sustainable, energy-efficient production.

With SCHOCK Powder Coating, we achieve high-performance and visually appealing product surfaces with long-term corrosion protection and individual color customization. SCHOCK Powder Coating operates with state-of-the-art technology, fast color change cycles, and sustainable, energy-efficient production. Our coating facility is located at the central logistics hub of the SCHOCK Group in DE-72296 Schopfloch. This ensures our customers receive punctual, reliable, and cost-effective deliveries. Electrostatic powder coating relies on the attraction between parts with opposite electrical charges. When high requirements for impact resistance and weather resistance are needed, powder coating is indispensable. These properties have led industries such as equipment manufacturing, machinery manufacturing, medical technology, heating and ventilation technology, household appliances, store fixtures and furniture manufacturing, as well as the automotive industry to largely transition from wet paint

"In this method, a process on the surface of zinc, zinc-iron or zinc-nickel produces a defined thin and durable passivation coating, which enhances corrosion resistance. The different passivation processes differ with regard to corrosion protection, appearance, coating thickness and colouring. Often the passivation processes are additionally enhanced by seals (topcoats). These topcoats not only provide even greater corrosion protection, but also provide a more uniform appearance. The topcoats are adjustable to define the friction properties. Passivation processes are provided exclusively chrome-6 free."

Made by sand casting and machining, surface treatment KTL, material ductil iron ASTM A395 Grade 604018, different sizes DN 50, 65, 80, 100, 125, 150, 200, 250, 300, different weights 0,1kg 7,5kg, annual demands 300pcs 4.000pcs.

Our product range comprises objectives with focal lengths from 5 60 mm. Our objectives are all coated with a reflectionreducing coating and are computed and optimized for the intended application. Of course, we also design and compute customized objectives and systems to meet your special requirements.

Reflectionreducing coatings increase the light transmission of optical systems. This is particularly important for the light intensity of multilens optical systems such as objectives. Another benefit of antireflection coatings is their capability to strongly reduce scattered light losses between the lenses. Our product portfolio covers single and multiplelayer antireflection coatings, antireflection coatings for laser applications and coatings for applications in ultraviolet (UV), visual (VIS) and infrared (IR).

Befort Wetzlar is mentioned and recommended in the relevant Internet forums as a coater of telescope mirrors. We serve customers in astronomy, natural sciences and technology, supporting users with our technical knowhow. After all, you can't enjoy the best possible view of the universe without maximum reflectivity and robust mirrors.

The deflection and separation of light beams in different intensities, directions or wavelength ranges can also be controlled by thinfilm vaporization. Either a metallic or a dielectric coating is chosen, depending on requirements and application. The abovementioned advantages of dielectric reflection coatings play a decisive role here, too.

Unlike metallic splitter coatings, dielectric splitter coatings enable absorptionfree light conditions. Dielectric splitter coatings are used in various filters and particularly in laser technology and reference metrology.

Compared with conventional metallic reflection coatings, the advantages of dielectric reflection coatings are their climate resistance, mechanical stability and high reflection combined with relatively low absorption. These properties are crucially important for many optical applications involving extreme thermal and mechanical stress.

Metallic thinfilm systems are vaporized onto substrates to attain specific reflection and transmission values. Depending on the type of metal and the thickness of the layer, metallic splitter coatings are able to separate customerspecific wavelength areas.

Metallic reflection coatings enhance reflection and are used in many optical instruments for light deflection. We coat glass, metal and plastic. The choice of coating material depends on the reflection requirements in the defined wavelength range. We use aluminium, gold, silver and chromenickel, either with or without protection coating for the VIS, UV and IR ranges.

Befort VIS objectives are colorcorrected for VIS use and are routinely equipped with VISAR coating. The UV objectives are made of quartz glass or CaFl2 and optimized for λ = 185 nm

Mixing Bulk material processing with convincing results With our mixing systems homogeneous mixtures and coatings are produced from various bulk material. This is enabled by our cutting-edge mixing machinery which includes drum mixers, container mixers, Nauta Mixers, high-speed mixers, Rhönrad mixers, swivel screw mixers and other special mixing systems. Modern machinery guarantees quality The mixing machinery at Ebbecke is supplemented by a fully automatic gravimetric load cell weighing plant, as well as by a chopper, nozzle fittings and equipping possibilities for various containers. Technically, Ebbecke Verfahrenstechnik AG is thus equipped for every task imaginable in the area of contract mixing, even for contract mixing of particularly shear-sensitive bulk material. The quality of our mixing machinery proves itself in the technical details: Product-contacting parts consistently made of stainless steel in accordance with the current hygiene standards. Furthermore, all mixing sys

At A+B Electronic you receive all services from a single source. In addition to the pure assembly, we are also happy to take care of the coating of your assemblies. The conformal coating serves to protect the surface of the assemblies, e.g. against condensation or contamination. In the process, the paint is applied using a curtain casting process under low pressure. The coating is only applied selectively where it is needed. Here we work with a programmed coordination system that is precisely tailored to your assembly. To dry, the elements are placed in our drying ovens and chambers so that the paint can cure in the atmosphere. What speaks for us: -Contact person for prototypes, large or small series -A high mix of components is not a problem -We are not just a service provider, we are a technology partner: A + B Electronic thinks your project with you and together we can bring it to series production