MOSCOW (MRC) -- Ashland Inc. and Lion Copolymer Holdings, LLC, announced they have reached a definitive agreement under which Lion Copolymer will purchase Ashland's elastomers business based in Port Neches, Texas, said the producer in its press release.
The transaction is expected to close by December 31, 2014, contingent on certain customary regulatory approvals and standard closing conditions. Financial terms were not disclosed.
The elastomers business accounted for approximately 17 percent of Ashland Performance Materials' USD1.6 billion in sales for the trailing 12 months ended June 30, 2014. This business, which primarily serves the North American replacement tire market, was acquired by Ashland as part of the International Specialty Products transaction in August 2011. Ashland operates a 250-person manufacturing facility in Port Neches that serves elastomers customers.
As MRC wrote before, Ashland Inc. and Clariant announced they have completed the previously announced sale of their joint venture, ASK Chemicals GmbH headquartered in Hilden, Germany, to investment funds affiliated with Rhone, a London and New York-based private equity investment firm.
Ashland Distribution is one of the leading distributors of thermoplastics for the automotive industry. It has partnered Borealis since 1996, and markets its PE and PP products for the automotive, high-quality packaging and infrastructure segments to more than 3,000 customers in Europe.
Lion Copolymer is a synthetic rubber manufacturer with world-class production facilities in Geismar, Louisiana. Lion Copolymer's ethylene propylene diene monomer (EPDM) products are used in a wide variety of applications that require superior heat, ozone and chemical resistance, excellent long-term aging and outstanding weathering. Applications include automotive weather seals and hoses, industrial and consumer hoses, weather seals, molded goods, wire and cable insulations, window profiles, roof sheeting, thermoplastic elastomers, conveyor belts, seals, footwear, and printing rolls and viscosity modifiers for lubricants.
MRC