Recently, with Zhuhai Titanium Ran Technology Co., Ltd. as the communication unit, Written by Titanran Science and Technology Research and Development Center and Qilu University of Technology (Shandong Academy of Sciences) State Key Laboratory of Bio-based Materials and Green paper entitled "A transparent superhydrophobic film with excellent self-cleaning and UV. The paper "resistance for photovoltaic panels" was published In the international journal Progress In Organic Coatings.

    This article focuses on the development of the TSURF coating, its preparation process, performance testing, and its feasibility for photovoltaic (PV) component maintenance. Zhang Hailong, general manager and senior engineer, Dr. Bu Xinyu, R&D manager, and Xiong Yongchao, Director of Operations, led the implementation and writing of the project. Professor Liu Libin and Professor Tao Furong from Qilu University of Technology (Shandong Academy of Sciences) provided support and guidance for the team.

    Progress In Organic Coatings is an academic journal focusing on the field of applied chemistry, which mainly reports the achievements and trends of applied chemistry at home and abroad. It has been included in SCI and SCIE databases, and is now a Top journal in Region I (IF=6.6).

    The Elsevier Publishing Group includes high-quality original research articles in a wide range of fields, including top journals such as The Lancet and Cell. The scientific research achievements of Tiantian technology can occupy a place In the "Progress In Organic Coatings", which fully explains the top level of research and development of Tiantian technology and the high quality of research and development results, and is a top domestic and world-class scientific research force.

    TSURF was born out of Titanian's commitment to clean energy and energy efficiency.

    As a sustainable and environmentally friendly energy source, photovoltaic energy is of great significance to the development of global carbon neutrality, and to the domestic energy revolution and security. However, in practice, photovoltaic modules suffer long-term damage to power generation efficiency and service life such as pollutant accumulation and ultraviolet radiation.

    By adjusting the concentration, distribution and structure of the polymer nanoparticles, and using plasma gas etching and PSA lamination technology, Titania has successfully developed TSURF coatings that are highly matched to photovoltaic components.

    The coating has excellent self-cleaning and wet wear resistance, and most importantly, its UV resistance can reach 99.5%, so it can increase the power generation of photovoltaic panels by 10% at the same time, cope with various extreme physical and chemical environments, temperature environments and strong acid and alkali corrosion.

    The above performance has been fully verified through a year of multi-environment and multi-dimensional testing (including more than 10,000 wear cycles, more than 300 hours of complex environment simulation, high intensity ultraviolet radiation, rainfall simulation, self-cleaning testing, etc.), and has been recognized by top international academic forces through published papers. The application of TSURF coatings to photovoltaic components will significantly increase power generation and reduce maintenance costs and frequency.

    In the future, Tiantian Technology will continue to play the role of the first driving force of scientific and technological innovation, strive to be the vanguard of scientific and technological enabling industrial change, further deepen and expand the research and development of related categories of products on the basis of TSURF coating, and continue to promote the development of clean energy, help industrial energy conservation and efficiency, promote national energy security and energy revolution!