In recent years, with the rapid development of the new energy vehicle industry, the production of PC battery shell has also ushered in new challenges. As the external protective shell of the battery, the adhesive quality of the battery shell is directly related to the safety and stability of the battery. How to ensure that the battery shell can pass the strict drop test has become an urgent problem. It is worth mentioning that many large factories have begun to use ENIENT's unique PC fusion solvent adhesive EG0231. This glue is not only environmentally friendly and odorless, but also has excellent adhesive effect, making the battery shell more stable and durable.

 The unique formula of solvent-based plastic fusion glue allows the battery case to easily pass the drop test after bonding. During drop tests, the adhesive battery shell is usually subjected to multiple free drop tests to simulate the accidental fall in daily use. Through the use of solvent type [plastic, fusion glue] adhesive battery shell, its strength and bonding performance has been greatly improved, can effectively resist the impact brought by the drop, ensure that the battery is not easy to be damaged, so as to provide an important guarantee for the safety of the whole battery product.

 In practical application, Dachang have adopted this PC fusion solvent cement as the adhesive material of PC battery shell, its excellent adhesive effect and environmental protection and odorless characteristics have been widely praised. Not only that, the use of this glue also further improves the appearance of the PC battery shell texture, making it more beautiful and generous. It is believed that with the further popularization of this PC fusion solvent adhesive, the quality and reliability of the PC battery shell will be further improved.

 In general, the PC fusion solvent cement used by Dachang to ensure that the PC battery shell passes the drop test not only meets the requirements of the battery shell adhesive, but also takes into account the problems of environmental protection and odor, injecting new vitality into the development of the whole new energy vehicle industry chain. We believe that with the continuous innovation and progress of technology, we will see more application of green materials and processes in the new energy vehicle industry, and contribute to the sustainable development of the industry.