MOSCOW (MRC) -- BASF is investing several hundred million euros in expanding its additive production sites over the next five years, said the producer.
Thanks to advanced Plastic Additives technologies, plastics can be used in under-the-hood applications in the automotive industry where they can withstand very high temperatures, creating lighter and more energy efficient engines. In building and construction, light stabilizers and flame retardants enable progressive replacement of alternative materials in roofing or glazing for instance. In agriculture, additives allow stabilizing plastic films used in greenhouses and maximizing selective plant growth.
The aforementioned additives are highly sophisticated and turn plastics into high-performance materials. That is why the additives market will continue to grow in the future. It will grow faster than the global economy because the demand for high-tech plastics is increasing at a strong rate, particularly in the growth regions. As the market leader and the only truly global supplier BASF is playing a key part in this growth.
With its broad product range, BASF is today uniquely positioned in the extraordinarily diverse additives and pigments market. BASF is the world leader in the fields of antioxidants, light stabilizers and pigments with a broad catalogue. It also supplies additional additives as diverse as antistatic, anti-scratch or flame retardant along with the appropriate application expertise. Furthermore, BASF is the only supplier to have production and R&D sites in Asia, Europe, North America and the Middle-East, and it is continuously investing there.
This means that BASF can provide security of supply, consistent quality and innovation support virtually anywhere in the world. That – along with the technical expertise which is the result of many years of pioneering and close partnership with its customers – is an important advantage that is much appreciated by the market.
The second main focus of BASF's strategy in the additives sector is to deliver on its tradition of being the innovator and pioneer. The company has the largest R&D team in the world in plastic additives and is accelerating its focus on key functionalities. Leveraging a three-digit million amount since 2009 BASF invests in research and development. BASF helps customers to meet ever changing regulatory requirements by supplying high-performance additives and developing alternatives to existing systems. Users who have to make their plastics suitable for specialty applications such as long life polycarbonate sheets and low emission polyurethanes for car seats are benefitting greatly from BASF’s advanced additive solutions.
The capacity of the production sites making HALS and NOR-HALS stabilizers, such as Pontecchio in Italy and Lampertheim in Germany, has already been greatly increased since 2011. Thanks to further investments in these sites, waste gas combustion and solvent recycling units were matched to the new capacity, making these state of the art plants the most advanced production sites in the world.
Overall, BASF is investing several hundred million euros in expanding its additive production and R&D sites over the next five years. Strengthening its presence in global growth markets and investing in additives for high-performance applications will enable BASF to meet the needs of its customers even better in the future, and maintain its position as market leader and only truly global supplier in a highly promising market.
As MRC wrote before, BASF, the Linde Group and ThyssenKrupp plan to develop an environmentally-friendly and competitive to utilize carbon dioxide (CO2) to produce syngas on an industrial scale. They aim to employ innovative process technology to use carbon dioxide as a raw material, with positive effects on climate protection.
BASF is a leading manufacturer, supplier and innovation partner of additives and pigments for the plastics industry such as ultraviolet (UV) light stabilizers, antioxidants and process stabilizers, organic and inorganic pigments, effect pigments, and other additives.
MRC