Bestry consists of two parties, Yaan Bestry Performance Materials Corp. and Shanghai Bestry Performance Materials Co., Ltd. respectively. The two companies play different roles in the process of company development, aiming at rationally making full use of all kinds of resources including the human resources, land resource and energy supply.
Yaan Bestry Performance Materials Corporation
The Main Production Base, 60 thousand square meters and 120 staff totally.
# Address: Mingshan Industrious Park，Mingshan District, Yaan City, Sichuan Province, Western China.
Yaan Bestry Performance Materials Corporation was founded in 2007, the first company producing micron-sized spherical alumina in China, a high-tech enterprise focusing on the research and development, production and sales of functional and high value-added powder materials applied in the field of thermally conductive materials. During 12 years of technology innovation, a series of thermally conductive powders have been developed successfully. The excellent and stable products, highly efficient service provided forclients make us obtain the valuable trust and support from domestic and overseas companies including the large multinational enterprises ranked No.1 and NO.2 in the field of thermally conductive materials, and we have established long-term and compact technical cooperation relationship with them.
Shanghai Bestry Performance Materials Company Limited
The Sales Service and R&D Center.
# Address: Room 501, No.1996, Xinjinqiao Road, Pudong New district, Shanghai, China.
Shanghai Bestry Performance Materials Company Limited was founded in 2010, the wholly-owned subsidiary of Yaan Bestry Performance Materials Corporation, positioned as the R&D and sales center. Depending on the regional advantages, Bestry are actively opening up the international market, recruiting talents and professionals, strengthening cooperation with some famous scientific research institutions and improving technological transformation capability, to maintain leading position in the field of high-end thermally conductive powder manufacturing technology.