Company Profile
Company Introduction
Huizhou Dongming New Energy Materials Co., Ltd. is located in the historic cultural city of Echeng Huizhou. Founded in 2004 and listed in 2017, it is a national high-tech enterprise that integrates the research and development, application, production, and sales of innovative new materials and components. We are a solution provider and service provider specializing in thermal runaway fire prevention, thermal insulation, sealing and buffering, absorption and shielding, conductive and thermal conductivity, special adhesive materials and components. Our products are widely used in related fields such as new energy vehicles, energy storage, solar energy, high-speed rail, aerospace, communication equipment, smart healthcare, and smart homes. Talent aggregation and product innovation are the driving forces for enterprise development. Dongming New Materials focuses on industry-leading technology, gathers high-tech talents from home and abroad to form a first-class R&D team, actively cooperates with top domestic universities to fully leverage the advantages of industry, academia, and research, continuously explores innovative breakthroughs, introduces world leading technologies, cooperates with independent research and development of high-end equipment, adheres to high standard production management, focuses on customer needs, challenges, and pressures, and provides competitive materials and application solutions.
Awards & Certifications
Obtained invention patents and utility model patents.
Certified as a High-tech Enterprise.
Awarded the Specialized, Refined, Unique, and Innovative Small and Medium-sized Enterprise Certification.
Certified under the GB/T 23001 Integration of Industrialization and Informatization System.
Certified under the IATF 16949 System.
Honored with 36 invention and utility model patents.
Participated in the formulation of the national standard: Conductive Adhesive Tape for Wireless Terminal Devices.
Successfully developed ceramic silicone rubber resistant to 1300°C.
Successfully developed low-density flame-retardant V0 PU foam.
Independently developed and mass-produced the 7203g series of foamed silica gel materials.
Achieved customizable compression performance adjustment and mass production of silicone foam.
