Used Hydrogen Chloride for sale (80)

Year of construction: 2008, condition: used, Protective gas conveyor belt furnace Working space: 450 mm wide, 140 mm high Electrical connection values: 3 x 400 volts, 50 hertz, approx. 185 kVA Heating: electric, heating coils, thyristor control "on/off", heating output approx. 174 kW, output > 400 kg br. Working temperature: max. 1150° C Heating zones: 6 Belt construction: Mesh belt made of high-heat-resistant steel, width approx. 450 mm Belt speed: Adjustable from approx. 100-900 mm / minute Bedpfx Afev Igcpehscu Heating muffle: Heat-resistant curved construction with bead reinforcements, length: approx. 6.85m, material: 1.4841 Cooling zones: Zone 1 approx. 1 m, Zone 2 approx. 4.0m, Zone 3 approx. 4.0m, Zone 4 approx. 4m Cooling zones made of normal sheet steel (St 37) as double-walled circulation cooling sections with measuring gas extraction nozzles Protective gas: Nitrogen N2, Hydrogen H2 Dimensions: Working height approx. 1060 mm, heated length (6 zones) approx. 5800 mm, furnace length approx. 6600 mm, feed table approx. 10000 mm, removal table approx. 2000 mm, total width approx. 1900 mm, total length approx. 38 m, total height approx. 2100 mm

Year of construction: 1994, condition: used, Protective gas conveyor belt furnace Working space: 450 mm wide, 110 mm high Electrical connection values: 3 x 400 volts, 50 hertz Heating: electric, heating coils, semiconductor relay "on/off", 100 kW, capacity: approx. 200 kg / h Working temperature: max. 1100° C Bodpfx Aev Ipcxsfhscu Heating zones: 6 Belt construction: mesh belt made of high-temperature-resistant steel, width approx. 450 mm Cooling zones: cooling zone 1 approx. 1.4 m, cooling zone 2 approx. 3.0 m, cooling zone 3 approx. 4.5 m Cooling zones made of normal sheet steel (St 37) as double-walled circulation cooling sections with measuring gas extraction nozzles Protective gas: nitrogen N2, hydrogen H2 Dimensions: heated length (6 zones) approx. 3500 mm, furnace length approx. 4600 mm, feed table approx. 5280 mm, removal table approx. 1500 mm, total width approx. 1800 mm, total height approx. 2100 mm, total length approx. 23 m No gas table included.

Condition: refurbished (used), Roller hearth furnace, make Mahler type: RHEE 500/100/3000-6500 refurbished: 2016 max. charge weight: 40 kg/m nominal throughput: 288 kg/h clear roll width: 500 mm clear height above roll: 100 mm furnace length: approx. 22100 mm Bedsfc Hbdopfx Afhocu working temperature: - Warm-up zone: 800-1000°C - High temperature zone 800-1250°C heating: electric connected load: 400 kW gases used: nitrogen, hydrogen

Condition: excellent (used), Year of construction: 2021, functionality: fully functional, Pure water RKA-600 reverse osmosis system RO 250/75 CP213e Newly developed glass types and sophisticated rinsing processes require a high level of process engineering expertise in water treatment. Perfectly coordinated process combinations, such as particle filtration, softening, reverse osmosis, ion exchange, ultrafiltration or electrodeionization (EDI), ensure consistently high water quality. Over and over again. Reverse osmosis - Reverse Osmosis (Reverse Osmosis System) Bcedpfx Afowar Exshou Person with headset icon service Trade fairs & events Sheet of paper with arrow pointing down Downloads Light bulb icon Customer solutions Water treatment based on the model of nature: reverse osmosis The experts at EnviroFALK develop reverse osmosis systems, also known colloquially as reverse osmosis systems or simply RO, which are optimally adapted to the various areas of application. The desalinated water is required for industrial processes as well as for applications in hospitals, laboratories and medical technology. Graphic reverse osmosis How reverse osmosis works – RO Reverse osmosis (reverse osmosis system) is based on the effect of osmosis, which can be seen in nature, for example, in burst cherries after a summer rain. The cherry contains a concentrated solution, the cherry juice. The raindrop represents the diluted solution. The skin of the cherry now equalizes the concentrations. The solvent enters the cherry through the cherry skin, the semi-permeable membrane. The system strives to achieve a balance between the two concentrations. However, as the volume of the cherry cannot increase, the pressure rises. This pressure is the osmotic pressure. In nature, this increase in pressure causes the cherry to burst. If this effect is reversed, the result is a reverse osmosis system. Pressure is exerted on the concentrated solution in order to overcome the osmotic pressure of this solution. The solvent passes through the membrane again and all dissolved water components remain on the concentrate side. Reverse osmosis water filter (Reverse Osmosis – RO) Reverse osmosis (reverse osmosis system), also known as reverse osmosis (RO), is a membrane process that retains ions as well as particulate substances in the water. This reverses the natural process of osmosis. In reverse osmosis systems, the saline solution (e.g. softened city water) is passed under pressure through semi-permeable membranes in the form of winding elements. Only the solvent, i.e. pure water, passes through the membrane and is obtained with a very low salt content as so-called permeate. All water components are concentrated and must be discharged to the sewer with a second partial flow, the concentrate. Reverse osmosis system (RO) On a large scale, a reverse osmosis system (RO) is not operated as dead-end filtration, but as cross-flow filtration. The raw water supply is divided into a pure water – the permeate with a proportion of 75-80% and a residual salt content of approx. 2% – and a concentrate, with which all other water constituents are continuously discharged from the reverse osmosis system. Reverse osmosis is often used in ultrapure water systems for green hydrogen production. It goes without saying that EnviroFALK water treatment systems are tailored precisely to your glass washing machines, the glass to be processed and the glass throughput

Condition: as good as new (ex-display), functionality: fully functional, Year of construction: 2019, temperature: 1,300 °C, workpiece weight (max.): 10 kg, workpiece length (max.): 250 mm, workpiece width (max.): 183 mm, workpiece height (max.): 150 mm, No reserve price - guaranteed sale to the highest bidder! HIGHLIGHTS - Complete end-to-end solution including washing station and sintering (sintering tank not included) - Machine has been barely used - Suitable for printing parts made of 17-4 PH stainless steel, D2/A2/H13 tool steel, and copper TECHNICAL DETAILS Bodpov Hpi Ajfx Afhscu Printing process: Atomic Diffusion Additive Manufacturing (ADAM) Build volume: 300 x 220 x 180 mm Layer thickness: 50 µm and 125 µm after sintering Maximum part size: 250 x 183 x 150 mm, 10 kg Software: Eiger Cloud Sintering Sintering capacity: 3,020 cm³ (184 in³) Sintering surface area: 348 cm³ Sintering time: 26 hours Sintering gas types: Argon, Argon-hydrogen mixture Maximum temperature: 1,3000 °C Washing Washing capacity: 18,356 cm³ Washing volume: 356 x 254 x 203 mm Basket: Stainless steel washing basket Fluid: Opteon SF79, Opteon SF80, or Tergo metal cleaning fluid MACHINE DETAILS Dimensions (printer): 575 x 467 x 1,120 mm Weight (printer): 75 kg Dimensions (wash unit): 609 x 685 x 1,067 mm Weight (wash unit): 136 kg Dimensions (sinter): 1,270 x 510 x 720 mm Weight (sinter): 136 kg EQUIPMENT - Printer + Wash-1 unit + Sinter-1 unit (without sinter core unit) - Two-nozzle printing system - Heated print chamber - Vacuum-sealed print bed - Automatic leveling