HKP Talential (Shenzhen) New Energy Co., Ltd. is a technology innovation enterprise formed by a team with over 10 years of experience in the development and industry of lithium battery polymer materials, and dedicated to the development, production, and sales of advanced polymer auxiliary materials for lithium-ion batteries. The team has been conducting technology development and incubation at the Hong Kong Institute of Applied Science and Technology since 2012, focusing on the development of lithium battery auxiliary materials. After more than 10 years of technological accumulation, they have developed highly competitive products in the fields of lithium battery positive electrodes, negative electrodes, separators, and polymer auxiliary materials related to bottom coating. At the same time, the company has also completed technical layout in the fields of high silicon negative electrode binders, fluorine free positive electrode binders, and new separator coating materials. The company is based on cutting-edge technology and industry concerns, actively investing in research and development efforts, and establishing joint laboratories and cooperative relationships with the Hong Kong Institute of Applied Science and Technology and multiple domestic universities. The company currently has over 1000m2 of lithium battery professional polymer laboratories and high-level R&D teams in Shenzhen and Hong Kong, with a direct R&D team of over 20 people and a supporting R&D team of over 50 people, of which over 40% are doctoral students and over 30% are master's students. The company has started further planning for a 4000m2 experimental center and actively gathers industry leading talents, committed to continuously achieving technological innovation and performance leap in lithium battery materials. The company takes customer needs as the center, technology as the core competitiveness, stable quality as the cornerstone, and sound management system as the guarantee, making contributions to the sustainable development of customers and new energy.
