BASF to sell Styrodur® business

13-Jan-2025
BASF SE

BASF has signed an agreement with Karl Bachl Kunststoffverarbeitung GmbH & Co. KG (BACHL) for the sale of its business with Styrodur®, an insulation material made from extruded polystyrene (XPS). BACHL is one of the leading manufacturers of insulation materials in Germany, an experienced XPS producer and a long-standing Styrodur® distribution partner of BASF. The sale also includes the brand Styrodur®. Approximately 50 employees in production, marketing and sales at BASF SE are involved in this business. The affected employees will remain with BASF SE. Subject to the approval of the relevant competition authorities, the completion of the sale is expected by mid-2025. The parties have agreed to keep the financial details of the transaction confidential.

“With the sale of the Styrodur® business, BASF is consistently focusing its strategy on expandable polystyrene with our well-known brands Neopor® and Styropor®,” said Dr. Klaus Ries, Head of Business Management Styrenics Europe at BASF. Already in October 2024, BASF underscored its ambition to continue growing in the European expandable polystyrene (EPS) market with the announcement of an expansion of Neopor® production capacity in Ludwigshafen by 50,000 tons to 250,000 tons per year starting in early 2027.

“We are convinced that BACHL’s experience and expertise in the XPS market will provide an optimal path into the future for the Styrodur® brand and that the agreement reached will further strengthen our partnership ,” Ries continued.

Other news from the department business & finance

Most read news

More news from our other portals

Last viewed contents

Bye-bye microplastics: new plastic is recyclable and fully ocean-degradable - “With this new material, we have created a new family of plastics that are strong, stable, recyclable, can serve multiple functions, and importantly, do not generate microplastics”

Bye-bye microplastics: new plastic is recyclable and fully ocean-degradable - “With this new material, we have created a new family of plastics that are strong, stable, recyclable, can serve multiple functions, and importantly, do not generate microplastics”

Plastic fantastic: Green, strong and edible - Researchers have created a biodegradable composite material that might help battle the global plastic-waste crisis

Plastic fantastic: Green, strong and edible - Researchers have created a biodegradable composite material that might help battle the global plastic-waste crisis

Optimising the processing of plastic waste - Analysing materials in real time

Optimising the processing of plastic waste - Analysing materials in real time

From bowling balls to hip joints: Chemists create recyclable alternative to durable plastics - “We’ve spent 100 years trying to make polymers that last forever, and we’ve realized that’s not actually a good thing”

From bowling balls to hip joints: Chemists create recyclable alternative to durable plastics - “We’ve spent 100 years trying to make polymers that last forever, and we’ve realized that’s not actually a good thing”

Breakthrough in conductive polymers - New polymer crystal conducts electricity like a metal

Breakthrough in conductive polymers - New polymer crystal conducts electricity like a metal

Nanoplastics at lofty heights - Researchers detect microscopic plastic particles on alpine glaciers with the help of mountaineers

Nanoplastics at lofty heights - Researchers detect microscopic plastic particles on alpine glaciers with the help of mountaineers

A recipe for zero-emissions fuel: Soda cans, seawater, and caffeine - MIT engineers have developed a fast and sustainable method for producing hydrogen fuel using aluminum, saltwater, and coffee grounds

A recipe for zero-emissions fuel: Soda cans, seawater, and caffeine - MIT engineers have developed a fast and sustainable method for producing hydrogen fuel using aluminum, saltwater, and coffee grounds

Scientists achieve more than 98% efficiency removing nanoplastics from water - The liquid-based solution uses a solvent to trap the plastic particles, leaving clean water behind.

Scientists achieve more than 98% efficiency removing nanoplastics from water - The liquid-based solution uses a solvent to trap the plastic particles, leaving clean water behind.

Halogen bonding for selective electrochemical separation - Path to sustainable chemical processing demonstrated

Halogen bonding for selective electrochemical separation - Path to sustainable chemical processing demonstrated

Novel method for direct lithium extraction from produced water - Researcher develops technology to contribute to the high demand for electric vehicles and green energy

Novel method for direct lithium extraction from produced water - Researcher develops technology to contribute to the high demand for electric vehicles and green energy

Breakthrough in capturing 'hot' CO2 from industrial exhaust - A metal-organic framework is capable of capturing CO2 at extreme temperatures

Breakthrough in capturing 'hot' CO2 from industrial exhaust - A metal-organic framework is capable of capturing CO2 at extreme temperatures

Using sunlight to recycle black plastics - "Simple, visible light irradiation holds the potential to transform the chemical recycling of plastics..."

Using sunlight to recycle black plastics - "Simple, visible light irradiation holds the potential to transform the chemical recycling of plastics..."