fire - resistant cables

Company produces aluminum cable is based on the United States UL, ASTM B and Canadian CSA standards development, product performance and full compliance with the standard requirements of the United States and Canada, and the United States UL certification and Canada CUL certified. I developed the rare high-speed rail aluminum cable unlike foreign aluminum cable, the main difference is that the conductor added REE to improve conductivity and corrosion resistance of the alloy can play a crucial role in making aluminum cable The power loss is smaller, larger carrying capacity, fire resistance rating higher than similar products at home and abroad, the overall performance than similar products performance indicators.

Technology maturity: the company since 2005, began the development of rare earth high-speed rail aluminum cable, and they are being made XHHW-2, USE-2, SER, SEU, MC cable UL certification, and achieved TC, AC90, ACWU90 cable of Canada CUL certified products sold in North America has been going nearly five years, the quality of the accident does not appear, fully accredited by the American customers. 2008 began in the country to promote, through the national wire and cable testing center, Wuhan High Voltage Research Institute, National Fire Protection Material Quality Supervision and Inspection Center of detection, and has made China the power certification, the national construction industry, scientific and technological achievements to promote the project certificate. Products began in the country in the use of a number of projects in 2009, has any quality accident does not appear, gradually gained power sector in China, the design department, the majority of user acceptance. 
Materials Innovation: conductor aluminum alloy material, which is based on independent research and development of American standards, both to make up for a lack of electrical aluminum conductors, but also has some superior characteristics of copper, aluminum sections serve the purpose of copper. Retardant insulation material used silane crosslinked polyethylene, breaking no domestic LSZH silane crosslinked polyethylene limitations, fire level high and halogen, in line with environmental requirements.