On the morning of August 4, the signing ceremony of the merger of Shandong Jingtaixing Optoelectronics Technology Co., Ltd. and British Graphene Lighting Company was held in Shandong Building. The merged new company will be the first company in the world to apply graphene technology to LED lighting in a large scale, and will actively promote the development of LED lighting industry. According to reports, Shandong Jingtaixing Optoelectronics Technology Co., Ltd. is located in the new district of Xintai Development Zone. It is a high-tech enterprise specializing in LED lighting, integrated circuit design and packaging. It has obtained more than 30 domestic and foreign companies in key aspects such as chip, package and power supply. The invention and utility model patents have more than 10 scientific research results to fill the domestic gap. At present, EMC brackets, light source modules, filament lamps, integrated integrated circuit power modules and other products have large capacity, and high-heat-conducting materials and integrated circuit packaging projects are about to be trial-produced. The company's vertically integrated industrial chain provides a strong guarantee for the product's excellent quality while achieving product diversification. The products have passed many domestic and international authoritative certifications. It is reported that the British graphene lighting company is the discoverer of graphene materials, the winner of the Nobel Prize in physics in 2010, and the professor of ANDREGEIM of the University of Manchester in the UK, the only intellectual property and capital investment in the LED field. A company involved in research and development, the company is mainly engaged in graphene application research, and has 12 world-leading graphene-related patents in the LED field. As the LED market matures and the market competition becomes more and more fierce, it is an inevitable choice for enterprises to seek new profit growth points. Only enterprises with core competitiveness can survive and become the winners of the future lighting market. The merged new company will be the first company in the world to apply graphene technology to LED lighting in a large scale, and will actively promote the development of LED lighting industry. Xia Geng, deputy governor of Shandong Province, pointed out in his speech that in recent years, Shandong has attached great importance to the cultivation of the graphene industry, and the current level of industrialization ranks among the top in the country. At the same time, Shandong semiconductor lighting industry started earlier and has strong development and innovation capabilities. The merger of the two companies is a new symbol of cross-border cooperation and win-win development among enterprises. It is of great significance to upgrade the development level of Shandong new materials industry and promote the upgrading of the semiconductor lighting industry in the province. It is hoped that the two sides will jointly cultivate new enterprises, introduce more new products for the benefit of all mankind, and create a new model for cooperation between Chinese and British enterprises. KNLE1-63 Residual Current Circuit Breaker With Over Load Protection
KNLE1-63 TWO FUNCTION : MCB AND RCCB FUNCTIONS
leakage breaker is suitable for the leakage protection of the line of AC 50/60Hz, rated voltage single phase 240V, rated current up to 63A. When there is human electricity shock or if the leakage current of the line exceeds the prescribed value, it will automatically cut off the power within 0.1s to protect human safety and prevent the accident due to the current leakage.
KNLE1-63 Residual Current Circuit Breaker,Residual Current Circuit Breaker with Over Load Protection 1p,Residual Current Circuit Breaker with Over Load Protection 2p Wenzhou Korlen Electric Appliances Co., Ltd. , https://www.zjmoldedcasecircuitbreaker.com
leakage breaker can protect against overload and short-circuit. It can be used to protect the line from being overloaded and short-circuited as wellas infrequent changeover of the line in normal situation. It complies with standard of IEC/EN61009-1 and GB16917.1.