![]() Compatible with existing fittings, made of the same alloyĬopper-iron alloy (CuFe2P) with chemical composition according to EN12449 (CW107C) and UNS C19400 Specificationsĭimensional Tolerances: Internal production specifications, EN 12735-1.Traditional processing techniques and equipment.Cost-effective and lightweight, manufactured with comparatively thinner walls.Made from Extra-Strong Copper-Iron (CuFe2P) alloy.Ideally suitable for CO 2 refrigeration applications.silver content of 2%), bending with traditional tools and joining with standardized fittings made from copper alloy (CuFe2P). This includes brazing with standardized silver braze alloy (min. Since the processing methodology remains essentially the same, existing tooling and handling equipment are utilized. The well-known installation practices of refrigeration copper tubes are followed also for the case of TALOS Ⓡ XS tubes, both in systems and in the field (see relative EN378 standard for guidelines). At the same time, TALOS Ⓡ XS tubes are manufactured with comparatively thinner walls and thus achieve an economical advantage that meets the pressure equipment design. TALOS Ⓡ XS tubes are designed to withstand high operating pressures of up to 120/130bar. TALOS Ⓡ XS tubes are manufactured using a high strength copper-alloy (CuFe2P) material, in order to satisfy the demands of today’s high-pressure CO₂ systems in refrigeration, as well as, other high-pressure HVAC&R applications. Extra-Strong TALOS Ⓡ XS tubes for high-pressure systems The higher operating pressure and broad temperature fluctuations require that all the system components, including piping, should be designed accordingly. CO₂ meets the demand for a low-global warming potential (GWP) refrigerant, but presents challenges in both its application and handling. The design pressure of such systems can be 120/130bar in the trans-critical cycle. However due to its physical properties, CO₂ based refrigeration systems request much higher pressure, compared to conventional systems. In addition to its environmental-friendly character, CO₂ is currently viewed as a viable solution for low-temperature refrigeration applications because it is non-ozone depleting, non-toxic, non-flammable and has a high volumetric cooling capacity. Released from refrigeration systems into the atmosphere, CO₂ has a negligible effect to global warming and thus is not under any regulatory restrictions, as is the case for CFC, HCFC and HFC refrigerants. Antimicrobial copper research and applications in GreeceĬO₂ (R-744) refrigerant is termed a “natural” refrigerant because it exists in the natural environment.Application fields for antimicrobial copper.US Environmental Protection Agency registration.Antimicrobial copper helps combat healthcare-associated infections. ![]() Scientifically proven antimicrobial properties.Environmental, Energy & climate change Policy.Sustainability Development Goals: We are taking action.Laboratory of Applied Thermodynamics (LAT), University of Patras.ELKEME, Hellenic Research Centre for Metals S.A.Computer-aided Modeling of Manufacturing Processes. ![]()
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