Produktai skirti duja (69)

TUBE BUNDLE HEAT EXCHANGER, TYPE VEV/VEV-L/VEV-ex Gas / Water; horizontal / vertical CHARACTERISTICS Optimal load case design Flow stream optimized design Vibration-optimized design OPTIONS 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 GENERAL Heat exchangers (heat exchangers) heat gas for a subsequent system requirement or to counteract the Joule-Thomson effect. For example, For example by pressure reduction in a gas-pressure control. Heat exchangers can also be determined in the reverse mode of operation as coolers. The design is carried out as a steel welded construction in vertical or horizontal design.

Autogenschlauch für Azetylen, rot, glatt Dieser Autogenschlauch ist als Gasschlauch konzipiert für das Medium Azetylen. Norm:ISO 3821 (vormals EN 559) Betriebsdruck:20 bar Platzdruck:60 bar Temperaturbereich:von -30 Grad C bis +70 Grad C Innenseele:EPDM, schwarz, glatt Aussendecke:EPDM, rot, glatt

Zwillingsautogenschlauch nach ISO 3821 (vormals EN 559) Dieser Zwillingsschlauch ist als Autogenschlauch für Azetylen und Sauerstoff geeignet. Norm:ISO 3821 (vormals EN 559) Betriebsdruck:20 bar Platzdruck:60 bar Temperaturbereich:von -25 Grad C bis +65 Grad C Innenseele:synthetischer Gummi, schwarz, glatt Aussendecke:synthetischer Gummi bei Sauerstoff:blau, glatt bei Azetylen:rot, glatt

Autogenschlauch für Sauerstoff, blau, glatt Dieser Autogenschlauch ist als Gasschlauch konzipiert für das Medium Sauerstoff. Norm:ISO 3821 (vormals EN 559) Betriebsdruck:20 bar Platzdruck:60 bar Temperaturbereich:von -30°C bis +70°C Innenseele:EPDM, schwarz, glatt Aussendecke:EPDM, blau, glatt

Autogenschlauch nach ISO 3821 (vormals EN 559) Dieser Autogenschlauch ist geeignet für Medium Argon, CO2, Stickstoff, Druckluft Norm:ISO 3821 (vormals EN 559) Betriebsdruck:20 bar Platzdruck:60 bar Innenseele:Gummi, schwarz, glatt Aussendecke:Gummi, schwarz, glatt

Produktname: Luftqualitätsmonitor Typ: CO2-Air Anzeigemethode: 2,8-Zoll-LCD-Bildschirm, 320 x 240 Pixel Farbe schwarz 131 x 78 x67,5 mm

BiPlex®-electrodes are characterized by their porouse structure. Typical fields of application are: Water-Electrolysis Chlorine-Alkaline-Electrolysis Zinc-Air-Batteries Production of H2O2 Treatment of waster water Supercaps The manufacturing process of BiPlex is flexible and allows the use of many different catalysts: Platinum-Carbon Manganese oxide/Carbon Silver/Silver-Carbon Nickel/Nickel-Carbon Customer specific catalysts The catalysts are brought on woven metal meshs or carbon mats. Optionally the electrodes can be combined with porous PTFE-foil and/or micro porous separators. In this way it's possible to develop and manufacture customer specific electrodes. We offer a series of Standardelectrodes in our Online-Shop.

Multiventuri scrubbers are suitable for the separation of adhesive aerosols and for fine dust in humid waste air as these filtrating separations lead to adhesion, clogging and thus to irreversibel high filter resistance. In a wet separating process, the particles are washed out and thus cannot adhere. Reliable and automatic operation Automatic elutriation Automatic washing of separated elements Automatic discharge of the Ausschleusung der nicht absetzbaren ölhaltigen Stäube Level switch in pump sump Dry run protection Control of the nozzle inlet pressure Frost protection for outside installation Advantages Suitable for hot waste air Easy to maintain user interface Big flexibility with unsteady raw gas load Compact execution Durable construction Plant components made of corrosion and chemical resistant FRP 30 years of experience Active references of each size Worldwide delivery, installation and service

Counter current scrubbers offer a competitive solution for "single substance problems". With our design we can ensure that contaminants will be removed efficiently from the waste air. Efficiency Little space requirements Separation result > 99% with heavily loaded waste air Little pressure drop because of heavy-duty packing material Easy to maintain user interface Dosing of chemicals as needed Optimized energy consumption Reliable and fully automated operation Level switch in pump sump Dry run protection Control of nozzle pressure Automatic, data controlled chemical dosing Automatic desalination Frost protection for outdoor installation Well thought out design Little pressure drop Little risk of clogging through choice of right packing material Plant made of corrosion-resistant and chemical-resistant FRP Big flexibility Optimized for varying raw gas loads No adjustment phase 30 years of experience Active references of each size Worldwide delivery, installation and service