Surface technology - Import export

The B80 KME series was developed as a wet-installed centrifugal immersion pump for stationary use in tanks and basins. The direct-coupled pump with plain bearings is suitable for pumping and circulating neutral and chemically aggressive liquids in the chemical industry and process engineering, in electroplating and surface technology, in washing systems and water treatment plants, for sump drainage in industrial and municipal waste disposal plants or as a circulation pump in gas scrubbers and heat exchangers. * with various plain bearing designs * available in immersion depths from 600 - 1500 mm Features & Advantages * Compact dimensions * Abrasion resistant material combinations possible * Extremely low-vibration and low-wear operation * All wetted parts made of corrosion resistant plastic * Self-centering alignment in the bearing shell

In the textile industry, our know-how in weighing, conveying, mixing and dosing liquids and solids finds further areas of application. Areas of application include the provision of impregnates or other refinements of fibres or surfaces. IFA Technology considers your individual requirements and builds customised plants and systems for the textile industry. We supply all types of plants and systems - from standard systems to customer-specific special plants. Our innovative plants and systems for the textile industry support new developments and treatment options for fibres. Application of plants for the textile industry: Storage, mixing and dosing of liquids, for instance impregnations and additives

We would be happy to check the dimensional accuracy of your components in-house. LT Ultra-Precision Technology has a large number of high-precision measuring devices in precisely air-conditioned measuring laboratories for testing its own products, on which we also carry out contract measurements.The following measurement technology is available:High-precision coordinate measuring technology.Interferometric shape measurement technology for plane surfaces, spheres and aspheres.Roughness measurement technology via white light interferometer (WLI) or atomic force microscope (AFM).Reflections- and Transmissionsmessung.Ellipsometrie.Polarimetrie

Single-stage rotary vane pumps from Pfeiffer Vacuum have long been some of the most widely used products for processes in the low and medium vacuum range. Their long life and pumping speed, irrespective of the gas used, are the outstanding properties of this pump. Typical applications are found in widely ranging sectors: — Analytics (mass spectrometry, electron microscopy) — Coating technology (surface protection, decorative films, display units, monitor screens) — Vacuum metallurgy (vacuum soldering, vacuum sintering, vacuum alloys, furnace construction) — Leak detection technology (vacuum systems, automotive tanks, airbag cartridges, packaging) — Lighting industry (light bulb manufacture) — Drying industry (vacuum drying, transformer drying)

The B80 HME series is a design with bearingless cantilever construction that is directly coupled to the IEC Motor. Specially designed for plant engineering and confined installation conditions. It can be operated in dry installation next to the tank, thus facilitating access for maintenance and repair work. The pump is suitable for pumping /circulating neutral, corrosive and mechanically contaminated liquids. However, it can also be used in stationary installation in the chemical industry and process engineering, in surface and electroplating technology and in gas scrubbers. * temporarily also possible in dry running * directly coupled in bearingless cantilever design * available in immersion depths from 275 - 450 mm Features & Advantages * Service friendly dry running installation * Extremely low vibration and wear operation * Self-centering alignment in the bearing shell * All wetted parts made of corrosion resistant plastic

Schlötter Systems Dr.-Ing. Max Schlötter GmbH & Co. KG is among the leading manufacturers of electroplating systems and surface treatment facilities. With more than 1,000 systems realized since 1957, we draw upon a wealth of experience in production-ready solutions. At Schlötter, we leverage our expertise in systems engineering and surface technology to precisely tailor each system to the coating processes required by our clients. We design and manufacture rack, barrel, and manual systems, modernize facilities, and support our customers with our systems technology services throughout the long lifespan of our systems. Rack systems Barrel systems Manual systems Electroplating systems Anodizing systems Cleaning and pickling systems Chemical systems Printed circuit board systems Plastic electroplating systems Schlötter Systems in All Surface Technology Industries Schlötter systems are utilized for a wide range of surface technology applications.

Measurement and control In this sector, MPT represents the interests and products of WALCHEM Corporation in Holliston, Massachusetts (USA). WALCHEM is a leading manufacturer of sensor technology and controllers for the surface technology and for the water treatment technology, including pH-, redox and conductivity controllers as well as special controllers for the cooling-water and boiler water conditioning. Besides the measuring transducer, these controllers include also a control program, adapted to the respective application. Monitoring, alarming – control and telecontrol systems By default, WALCHEM’s WebMaster has available sensors and data amplifiers for various physical parameters. Using the integrated program the parameters can be linked to each other and to control parameters. Via telephone modem and Ethernet board the user is provided with information such as alarm messages and off-limit conditions worldwide.  Measuring and control technology for dosing liquid media in

Heating technology with a future The calculation is simple, the technology successful. Efficient surface drying is achieved with biomass in Rippert plants. Together with the Hargassner company from Austria, a specialist for heating with biomass, and the proven Rippert plant know-how, the technology is now marketable and has gone into production. The demanding drying characteristics in a powder-coating plant are compatible with the process and work perfectly. A future-orientated heating technology with considerable economic and ecological benefits – the experts are unanimous in that. Wood pellets or wood chips are the inexpensive energy suppliers. They are valuable waste products that result from the processing of domestic timbers. Heating with wood chips – without intermediate heat transfer media such as thermal oil • Environmentally friendly and CO2-neutral • fully automatic boiler cleaning and ash discharge Maximum financial saving potentials are realised with this energy carrier. Wood chips, chopped to a transportable size and dried by the supplier, are stored in the storeroom near the plant. It can be located on the same level or lower. A tried-and tested transport system consisting of a floor agitator with springs and discharge auger carries the wood chips reliably into the plant. Here it acts as a fuel with maximum convenience. If the calorific value equivalents are examined, we see that 1,000 litres of fuel oil is equivalent to 12 m³ of wood chips. The ratio is the same for 1,000 m³ of natural gas. Heating with wood pellets - without intermediate heat transfer media such as thermal oil Wood pellets are true energy bundles. They consist of natural wood and are made by compressing sawdust, which is produced in large quantities every day in the industry. As a biomass they are the alternative to wood chips and are just as advantageous from an economical point of view. Pellets have the smallest volume and are conveyed dust-free and without odours from storage containers to a storage vessel next to the plant. They are transported into the combustion chamber via a rotary vane feeder and feed auger. For comparison: 1,000 l fuel oil = 2 t pellets 1,000 m³ natural gas = 2 t pellets 1,000 l liquefied gas = 1.32 t pellets Advantages • Reduction in energy costs Heating cost comparison (reference = 1,000 l fuel oil)

The correct air budget is an often underestimated quality factor in surface treatment technology. Where heating, cooling, movement and filtration is concerned, a great deal of energy can be saved with innovative solutions. Supply air systems replace extracted air quantities and ensure: Supply and exhaust air systems Supply air systems ensure draught-free and clean ventilation of work rooms, while high-efficiency exhaust air systems with fans and filter systems are responsible for the necessary air exhaust. This takes place with the lowest possible use of energy and with the longest possible intervals between maintenance and cleaning operations. We also offer intelligent air solutions for dryers, pre-treatment plants and cooling zones. Heat recovery A further important point is heat recovery. We can achieve up to a maximum of 80% heat recovery with the most diverse systems. Cross-current, rotary heat exchanger, heating pipe or circulatory systems – they all have their own advantages and efficiencies, which we integrate according to requirements during the planning of the plant.

The correct air budget is an often underestimated quality factor in surface treatment technology. Where heating, cooling, movement and filtration is concerned, a great deal of energy can be saved with innovative solutions. Supply air systems replace extracted air quantities and ensure: Supply and exhaust air systems Supply air systems ensure draught-free and clean ventilation of work rooms, while high-efficiency exhaust air systems with fans and filter systems are responsible for the necessary air exhaust. This takes place with the lowest possible use of energy and with the longest possible intervals between maintenance and cleaning operations. We also offer intelligent air solutions for dryers, pretreatment plants and cooling zones. Heat recovery A further important point is heat recovery. We can achieve up to a maximum of 80% heat recovery with the most diverse systems. Cross-current, rotary heat exchanger, heating pipe or circulatory systems – they all have their own advantages and efficiencies, which we integrate according to requirements during the planning of the plant.

The optimum oscillation behavior of the ultrasonic sonotrodes is determined by means of FEM (Finite Element Method) calculation. Highest precision requirements in terms of CAD/CAM calculation algorithms guarantee precise 3D contours for sonotrode manufacturing. Measuring and documentation of the amplitude distribution is performed at the vibrating sonotrode using state-of-the-art laser measurement technology. Special surface finishings result in even longer service life spans of the ultrasonic sonotrodes.

We offer our customers an "all-in-one" service at the highest level: from profiles to assembly, right up to integrated system solutions. SCHOCK has extensive expertise in the assembly and manufacturing of complex assemblies. As a result, our customers can source a fully assembled assembly from SCHOCK instead of multiple individual components. They benefit from our manufacturing facilities with experienced teams in assembly, surface finishing, quality assurance, and logistics. Service Overview: Assembly of complex assemblies Joining, welding, connecting Punching, embossing, and bending technology Surface finishing Integrated functional testing Procurement of purchased parts Packaging and logistics

Oil-water-separation / degreasing bath treatment Treatment of oil-water-emulsions for surface treatment (e.g. pre-treatment of metal parts for ed-paint), recovery companies (e.g. for the treatment of alkaline emulsions for part washing), and so on. Separation of emulgated oil particles and recycling of the cleaned liquid into the degreasing bath Concentration of oil-water-emulsions for disposal Cleaning of the oil-water-mixture for indirect lead-in Principle of this process: Aqueous degreasing baths content a tenside combination, alkalines like soda, caustic soda, phosphate, silicate and further complex molecules. The degreasing bath is loosing its efficiency, when to oil content reaches some g / litre. External pollutions also degrease the degreasing efficiency. By ultrafiltration, the oil content can be separated from the degreasing bath and the oil will be collected in the concentrate. The degreasing bath will be dumped into a buffer tank and then pumped in the working tank of the

Recovery of acids and acidic rinse waters Additionally to the pickling bath treatment by microfiltration and ultrafiltration, the recovery of acid becomes more and more important. Additionally to sulphuric and hydrochloric acid, also mixed acids (HF / HNO3) can be recovered. The first step of the acid recovery is mostly a sludge separation by microfiltration. Downstream, diffusion dialysis, electrodialysis or nanofiltration is used for metal separation. For the treatment of rinse waters, OSMO Membrane Systems GmbH offers reverse osmosis or electrodialysis plants.

Plasma systems from Diener electronic have long since established themselves in a wide variety of industrial sectors. With the atmospheric pressure plasma system PlasmaBeam Mini, you can rely on modern and future-proof plasma jet technology under atmospheric pressure. Due to the treatment width of 3 - 5 mm, substrates can be treated locally with precision. In contrast to the Plasmabeam devices, the PlasmaBeam Mini is designed for laboratory use. The PlasmaBeam technology enables local surface cleaning without masking the rest of the surface. For example, cleaning before wire bonding and various processes in the electronics industry. Furthermore, the PlasmaBeam is suitable as a pre-treatment device for the following processes: Gluing, bonding, printing, laminating, soldering, welding, flocking. The following surfaces can be treated with PlasmaBeam: Plastics, rubber, metal, glass, ceramics, hybrid materials.

Large surface area coating can more cost effectively be accomplished using fewer, moving spray guns. Optimize your coating efficiencies with the flexible automation delivered by Venjakob Reciprocators. Nutro, our factory in the USA is the leader in gun drive technology. Large surface area coating can be cost effectively accomplished using fewer, moving spray guns. Products include short-stroke machines equipped with a crank arm type mechanical design (oscillators), most common in powder coating applications. These designs are impractical for long stroke machines (reciprocators) which have used a variety of drive systems including chain driven units, and other electronic systems. Nutro machines are respected for their robust design, high payload capacity and reliability. Since these spray gun drives often support a high payload of guns, hoses and accessories, a heavy duty design is desirable since these machines are often loaded beyond their rated capacity. Nutro’s machines are also cost-efficient and the simplicity of design makes them easy to service. While Nutro has frequently sold spray gun drives to end customers, more commonly Nutro spray gun drives are resold by other OEM manufacturers under a private label arrangement such as Nordson Corporation. Nutro has worked closely with these OEMs to design machines according to their budgets, specifications and preferences. The scope of delivery includes both standard spray gun drives which can be used in series machine lines as well as customer specific machines as required.

Venjakob has combined – for the first time in the industry – a robot with a surface spray painting machine. VEN SPRAY VARIO offers the flexibility of an industrial spray coating robot and the high output of an automatic surface spray coating machine. The outer edges of the parts are precisely coated by the robot, and the surfaces are sprayed "inline" at a constant throughfeed speed without any stopping or stop and go by the spray guns of the downstream linear axis. In comparison to the usual Cartesian robot systems on the market, this leads to an approx. 50 % higher lacquering performance(surface|minute). In addition, the new system technology optimises the surface quality, as it leads to visibly better results by linking the paint film at transitions from surfaces to outer edges. Another decisive system advantage of the VEN SPRAY VARIO is the ongoing guarantee of reproducible production qualities. The perfect finish of 3D workpieces is particularly impressive. For coating complex 3D parts as a stationary batch we recommend using the optionally available paper belt transport system. In addition to the described flexibility, the plant technology can also be used for surface coating only. As an alternative to a manual spraying station a single robot can be used for complex geometries. The technically sophisticated paint recovery system achieves maximum efficiency. The recyclability of the recovered overspray and the considerably reduced use of cleaning agents provide an impressive energy balance. In addition, the efficient ventilation technology noticeably reduces the resulting energy costs. The modular design ensures a safe investment in the long term. The integration of additional robots and other adjustments to meet the continuously growing demands on our customers' production processes are possible at any time.

Temperature measuring transmitter for hygienic surface temperature measurement using clamp-on technology, for pipes with a diameter of 4 ... 300 mm and for tanks. For non-invasive temperature measurement High-resolution graphic display with intuitive user interface and background lighting Accuracy of 0.1% of the set measuring range Quick set-up function Measuring resistance Pt100 Process connection bottom or back According to 3A requirements Various clamping elements for process connection Temperature range -40 … 150 °C

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