Refrigeration dryers have been designed to effectively separate water from the compressed air thus lower pressure dew point all the way down to +3°C. Drying is achieved on the principle of cooling which takes place inside highly efficient and ultra-compact 3 stage heat exchanger. In the first stage (air-air heat exchanger) hot and humid inlet air is being precooled by the cold outgoing air. In the second stage (air-refrigerant heat exchanger) intensive water condensation takes place due to cooling the air. All condensed water is separated from the main compressed air stream in the third stage by the integrated demister. A proven and robust design of refrigeration dryers enables efficient and reliable operation, fast installation and simple maintenance.
United Kingdom
Air handler hire to match your needs Our air handling unit system are specifically designed to work with our fluid chillers and boilers to provide cool or warm air for a variety of applications. With a wide range of sizes available, from 50 to 500 kW, we can design and install air handling unit systems to fit any need – whatever your request. Our experienced team offer industrial air handler hire when you need it. We have the know-how to calculate the most complex cooling requirements, giving you a cooling package that will deliver energy and cost efficiencies. Industrial air handling units fitted for you, by our engineers Choosing air handler hire with us means that if you need to circulate air through your existing heating, ventilation and air conditioning (HVAC) systems, we can match our air handlers to your set-up. We’ll also provide all the air handling equipment needed, such as ducting, hoses and cabling as part of our air handler hire service
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Chemical Formula: CCI3F (dichlorofluorcmethanel2. Molecular Weight: Approximately 137.37 g/mol3. Boiling Point: Approximately -24.70C (-12.5*F)4. Critical Temperature: 198.0*0 <388.40F)5. Critical Pressure: 4.88 MPa (approximately 49 oar or 711 psi)8. Density (at 0*C and 1 atm): Approximately 1.49 kg/m" 37. Ozone Depletion Potential (ODP): Historically, R11 had a high ODP, contriouting to ozone layer depletion.8. Global Warming Potential (GWP): Historically, R11 had a high GWP, contributing to climate change.
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