
About us
At PTL, we're proud to contribute to Sweden's and the EU's green transition by establishing a state-of-the-art anode factory worth SEK 13 billion at Torsboda Industrial Park outside Timrå. This investment will further strengthen Sweden's leading position in battery manufacturing by supplying anode material to actors in the Swedish battery value chain. Together we will create approximately 1,900 jobs and contribute to the development of the region.
The location of our anode factory was carefully chosen because of the numerous benefits offered by Sweden and the region. These include a well-educated workforce, ambitious investments in green energy, and leading, state-of-the-art projects like Northvolt. We were also impressed by the significant knowledge and high ambitions in the region.
Our anode factory, set to begin production in 2026, will be the world's most advanced. Raw materials will be sourced 100% from the EU area, and we'll produce artificial graphite anode, hard carbon for Na-ion batteries, and silicon anode with an annual capacity of 50,000 tons in the first phase and an additional 50,000 tons in phase two. To ensure the highest quality, we'll have integrated material research and development as well as fully automated logistics.
PTL is committed to providing the highest quality in production while having the world's lowest CO2 footprint. This is thanks to low energy consumption and 100% green electricity. We'll purify 100% of our emissions and recycle all solid waste.
As a globally leading green-tech company founded in 2012 and listed on the Shanghai Stock Exchange, we're determined to become the world's leading supplier in the lithium-ion battery manufacturing industry. With over 12 000 employees worldwide, our wholly-owned subsidiary, Zichen, is the world's second-largest producer of anode material and has a global market share of 11%. We supply to industry giants such as Samsung, Tesla, LG Chem, TDK, Panasonic, and ATL.
Together with representatives from the region, we look forward to making a difference and setting the green transition in motion.