"Hongsai" HS Series,have excellent performance of air-cooled chillers,can provide 3 ~ 30 °C,especially the low-temperature type machine can make the water temperature as low as -45°C.(Temperature difference does not exceed ±1°C).Industrial air-Cooled Chiller cooling capacity 1316~156245Kcal/h (compressor power 0.5-60HP),Each chiller is completely assembled in the factory,After pressure, vacuum, injection of refrigerants, oil injection, testing, inspection qualified before shipment.The chiller adopts the company's latest technological achievements:
Microcomputer control system, Hermetic compressor, noise control device, Unique melting technology, Painting process of polyester powder and so on.The air-cooled chiller is mainly used to cool the heating components of the equipment to ensure that the equipment operates normally at a constant temperature.Plastic processing machinery mold cooling can greatly improve the surface finish of plastic products, reduce the surface marks and internal stress of plastic products, so that the product does not shrink, deformation, facilitate the release of plastic products, accelerate product set, thereby greatly improving the plastic molding Machine production efficiency; It is also suitable for the cooling of CNC machine tools, coordinate boring machine, grinding machine, machining center, combined machine tool and various types of precision machine tool spindle lubrication and hydraulic system transmission media cooling, can accurately control the oil temperature, effectively reduce the thermal deformation of the machine tool. Improve the accuracy of machine tools.It is also applicable to other industries such as electroplating industry, electronics industry, printing industry, chemical industry, hardware industry, food industry and pharmaceutical industry and so on.
Air Chiller,Air Cooled Chiller Carrier Price,Air Cooled Screw Chiller,Air Cooled Scroll Chiller Dongguan Hongsai Machinery Co.,Ltd , http://www.hongsaimachinery.com
The first phase of the project involved the construction of a 6,000-ton/year polysilicon plant and the use of Deshan Vapor-to-Liquid Deposition (VLD) technology, which has been developed on a medium-sized Shunan plant in Japan and expanded to a verification facility. The VLD technology uses trichlorosilane as a raw material and involves the direct deposition of liquid silicon from a gas in a tubular reactor, and its deposition rate is much faster than existing production methods. Confirmation tests using VLD technology show that the photoelectric conversion efficiency of VLD silicon solar cells is the same as that of solar cells manufactured from semiconductor silicon. The construction of the joint facility is expected to begin in 2011 and be completed in 2013. Deshan's 8,200-ton/year polysilicon plant in Shunan uses conventional technology and is already in production. The second phase of the Malaysian project involved more than doubling the capacity of polysilicon, but the time will depend on the global polysilicon market.
Japan’s Tokuyama Corporation announced on October 16, 2010 that it will build a world-scale large-scale polysilicon complex in Malaysia. The plan will be invested in five phases. The second phase will double the scale. The company has completed a feasibility study of the project, which will be built in Samalaju Industrial Park, northeast of Bintulu, Sarawak Province. The device invests approximately 65 billion yen (US$769.7 million).