About this organization
Organization Name: BETTERIAL (VIET NAM) FILM TECHNOLOGY COMPANY LIMITED
Organization Services
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Energy Storage Systems, Batteries, Energy Storage component, Inverter
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PV/Solar, PV Module, PV Inverter
- Manufacture
Organization Types:
- Organization Size:
- Organization Years In business: 10+ Years
Organization Information : Founded in 2007, established in July 2020 and headquartered in Changzhou, Jiangsu Province, BETTERIAL (VIET NAM) FILM TECHNOLOGY COMPANY LIMITED is a specialized "Little Giant" enterprise in functional polymeric film materials. The company focuses on R&D, production, sales, and service for various products, including encapsulants films for photovoltaic (PV) modules, backsheets/front sheets for PV modules, energy storage and lithium battery insulation materials, special coating materials, and adhesives. BETTERIAL operates five major production bases in Changzhou, Yancheng, Chuzhou, Xianyang, and Vietnam, with a planned global production capacity exceeding 130GW. The company collaborates with leading photovoltaic enterprises like Longi, TRINA, Jingke, and JA Solar, maintaining a significant market presence. Betterial (VIET NAM) Film Technology Company Limited was established in July 2020, with a registered capital of $20 million, 200+ employees, and now it has PhaseⅠand Phase Ⅱ manufacturing base, covering a total area of 38,000 m2 . The first investment and mass production of PV encapsulation film enterprises in Vietnam, the main products are EVA film, POE film and other PV encapsulation film products. With a phase I, phase II manufacturing base, the existing capacity of 160 million m2 , the future planning capacity of more than 300 million m2 . At present, overseas production capacity of the largest packaging film enterprises. The Phase I project was built in August 2020, covers an area of about 8,000 m2 , put into production in March 2021, photovoltaic film annual planning capacity of 0.4 million m2 .The phase II of the project will be built in April 2022, covering an area of 30,000 m2 , and the project will be put into production in 2023, with an existing capacity of 160 million m2.