Recently, Greater Cable company announced that its independently developed and produced American-standard medium-voltage cables have successfully obtained UL1072 certification. This certification covers two major medium-voltage cable series, the MV90 Cable and the MV105 Cable, with conductor insulation materials including cross-linked polyethylene (XLPE) and rubber (Rubber). This certification demonstrates that Greet's technical strength and product quality in the medium-voltage cable field have been highly recognized by international authorities.
UL1072 Certification: A Passport to the North American Market
UL (Underwriters Laboratories) is a globally renowned third-party safety science organization. UL certification is a crucial entry requirement for products entering the North American market. The UL1072 standard specifically evaluates the comprehensive quality of medium-voltage cables in terms of electrical performance, thermal performance, mechanical strength, and environmental resistance. Its rigorous testing and high standards make it a crucial basis for determining whether medium-voltage cables comply with the requirements of the US National Electrical Code (NEC).
Grete Cable has obtained the UL1072 certification, which proves that its MV90 cable and MV105 cable series products fully meet the technical and safety requirements of the US market for medium-voltage cables, providing strong support for the company's expansion into the North American market.
cable MV90 and cable MV105 Series: A Model of High Performance and Reliability
The two product types covered by this certification-MV90 Cable and MV105 Cable-are widely used medium voltage cable types. "MV" stands for medium voltage cable, while "90" and "105" represent their maximum continuous operating temperatures of 90°C and 105°C, respectively. They are suitable for medium-voltage distribution systems ranging from 6kV to 35kV.
Greater company's MV series cables utilize high-quality XLPE (cross-linked polyethylene) and RUBBER (rubber) as insulation materials, offering excellent electrical performance, thermal stability, and mechanical strength, enabling long-term, stable operation in harsh environments. XLPE-insulated cables offer excellent heat resistance, low dielectric loss, and good dielectric strength, while rubber-insulated cables excel in flexibility, cold resistance, and abrasion resistance, making them suitable for installation and use in complex operating conditions.
Improving Quality, Expanding Globally
In recent years, Greet Cable has continuously increased its R&D investment, establishing a quality management system and testing platform that meets international standards. Achieving UL1072 certification is not only a testament to the company's long-term commitment to technological research and development and quality control, but also a significant step forward for Greet in its global market strategy.
"Achieving UL1072 certification is not only a breakthrough in product technology, but also a testament to our commitment to our overseas customers," said the General Manager of Greater Cable. "Going forward, we will continue to improve the international certification system and strive to establish Greet's high-end brand image in more countries and regions."
Serving the World, Empowering Energy Transmission
Medium voltage cables are widely used in key areas such as urban power grids, industrial parks, renewable energy power generation, and infrastructure construction. Greet Cable has established a strong reputation in the domestic market thanks to its leading-edge manufacturing processes and rigorous quality control. This UL1072 certification will further enhance the scale of its products' adoption in North American markets, including the United States and Canada.
Going forward, Greet will continue to uphold its corporate purpose of "Innovation, Quality, and Service," promoting its medium-voltage cable products globally with higher standards and stricter requirements, thereby providing a solid foundation for the efficient, safe, and green development of global energy systems.