Breakthrough progress in China's thermal power industry technology
China's first aerospace high-power adjustable plasma engineering ignition system was ignited in Ningxia on the 12th. The technology is applied to the thermal power industry, which can achieve boiler oil-free or less oil ignition, save fuel consumption and power generation cost, reduce safety hazards and avoid environmental pollution.
This is what the reporter learned from the China Aerospace Science and Technology Corporation on the same day. The technology was independently developed by Aerospace Shenjie Company, a system science and engineering research institute affiliated to China Aerospace Science and Technology Corporation. The ignition was officially ignited and applied to the 660 MW No. 2 generating unit of Ningxia Wuhu Power Plant. It marks the transformation of technology-to-engineering applications from a high-power adjustable plasma ignition system independently developed by Aerospace.
Anti-magnetic: Because the ceramic bearing is non-magnetic and does not absorb dust, it can reduce the early peeling of the bearing, noise, etc., and can be used in demagnetization equipment. Precision instruments and other fields.
Insulation Due to the high resistance of ceramic bearings, it can be protected from arc damage and can be used in various electrical equipment requiring insulation.
self-lubricating characteristics Because of the unique oil-free self-lubricating properties of ceramic bearing materials, in the ultra-high vacuum environment, it can overcome the problem that ordinary bearings can not achieve lubrication.
High-speed ceramic bearing has the advantages of cold resistance, small elasticity, high pressure resistance, poor thermal conductivity, light weight and small friction coefficient. It can be applied to high-speed spindles of 12000 rpm/-75000 rpm and other high speeds. In precision equipment;
Zirconia Ceramic Shaft,Resistance Zirconia Ceramic Rod,Zirconia Ceramic Piston Shaft,Ceramic Shaft
Dongguan Haikun New Material Co., Ltd. , https://www.hkceram.com