Water bath - Import export

With the EASYPRO, you get a customised system for monitoring and controlling the water parameters in your swimming pool. The TOPAX® MC multi-channel controller continuously measures the water parameters and keeps them within the target range. It controls numerous actuators and control elements and is simple and intuitive to operate. Multi-coloured LEDs provide a visual warning if the water parameters are outside the target range. . Multi-channel controller TOPAX® MC . Measuring cells and measuring cell fittings . Sample water filter . Flow monitor . Flow controller DFR 45 with sample water tapping point and built-in temperature sensor . Inlet and outlet tap . Holder for buffer solutions and buffer solutions for adjusting the measuring cells . Multicoloured LEDs . Cover bonnet Some of the measuring cells are packaged separately and are not pre-assembled.

Sharpener SSG is suitable for gentle processing of all Durablade® involute blades with low material abrasion. The compact unit for various sharpening angles ensures constant sharpening of the cutting edge thanks to the rotating contour tracking. A counter is integrated for individual specification of sharpening cycles. A water bath improves the sharpening result. Advantages Gentle blade processing Low level of material removal Non-actively driven sharpening discs Compact device for different sharpening angles Constant sharpening of cutting edge thanks to all-round contour tracing Counter for the individual specification of sharpening cycles Water bath for improved sharpening Simple operation Very quiet running Long blade service life

Nominal rated filter cartridges melt blown Type: NT Thermally bonded microfibers made of pure polypropylene Free of wetting agents Depth-filters for the filtration of drinking water, galvanic baths, chemicals, cooling lubricants and emulsions. Complies with FDA regulations

Plating, grit blast, and heatresistant Maskant with SeeCure Technology. Features: - Cures with UV/Visible light - See Cure dispenses blue, cures pink upon cure - Excellent surface protection - Complete under in 8 seconds - Easy peeloff after exposure to heat/hot water bath - Spray or dip application - Rolls Royce approval as metal spray maskant with designation of OMat 2/240 - Compliant with ISO 109935 Cytotoxicity - Compliant with with RoHS2 directives 2015/863/EU

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.

Impregnation systems to close micropores in metal castings as well as in copper, aluminium or magnesium alloy castings. The parts to be impregnated are fixed in baskets. The latter are transported by a special crane system as well as with reservoir roller conveyors. Excess material is removed by centrifuging of the baskets. The impregnating agent remaining in the pores in fluid form is hardened by heating in a hot water bath. The process sequence runs fully automatically under a microprocessor control.

Our heatrecovery systems heat fresh air with the thermal energy of exhaust air and can be placed directly on top of a stenter frame. This system can also be retrofitted for older dryers. The benefits are high energy savings which allow payback periods of less than two years, depending on the layout and process, highly efficient platetype heat exchangers with nonstick coating, optimum ease of maintenance by removable drawersized heat exchanger modules, external cleaning of the heatexchangers in a hot water bath with ultrasonic cleaning equipment, high power density, higher than with usual tubetype heatexchangers.

CHARACTERISTICS Decentralized application Optimal load-case design Optimized flow stream design Vibration-optimized design Leaflet: E-3015-Waterbath Heater / Type VH OPTIONS FOR HIGH PRESSURE TUBE BUNDLE Customer-specific design for various design codes (ASME, EN 13445, SVTI, AS1210, PD5500 etc.) Design according to TEMA Customer-specific approvals Customer-specific testings Application for sour gas (NACE) Design for low temperature down to -50 ° C Design pressure up to 300 bar Customer-specific nozzle arrangement Water jacket design as pressure vessel Water tank vessel for hot water> 100 ° C GENERAL Indirect water bath heaters type VH are heat exchangers (heat exchangers) which can heat the gas decentrally if no hot water treatment (for example a boiler system) is available. The heating of the gas is necessary in order to counteract the Joule-Thomson effect during pressure reduction or to provide a defined gas temperature for the following system components. The most common...

The wet ash removal system / wet slag extractor is a subtype of the tough chain conveyor. In this type of system, the transported goods, in this case slag / ash, created during combustion, is cooled in a closed water bath and then removed. All components below the water line are welded in the factory so that they are waterproof. Our end station is also welded so that it is waterproof and is located with all components within the water bath. This means that the chain works completely below water and can no longer be impeded by floating parts. Therefore, this reduces the risk of the conveyor chain blocking or tearing to a minimum.