Both high-pressure and low-pressure aluminium die-casting operations at the Hosur facility will be divested, the company said.
19 Feb 2025 | 19371 Views | By Arunima Pal
Sundaram-Clayton Ltd, a leading automotive components manufacturer, announced today that its Board of Directors has approved the sale of its aluminium die-casting businesses at the Hosur plant to third-party purchasers. The decision was made during a board meeting held on February 19.
According to the company's disclosure to stock ...
This is an Autocar Pro Plus article. Subscribe to continue reading.
Sundaram-Clayton Ltd, a leading automotive components manufacturer, announced today that its Board of Directors has approved the sale of its aluminium die-casting businesses at the Hosur plant to third-party purchasers. The decision was made during a board meeting held on February 19.
According to the company's disclosure to stock exchanges, both high-pressure and low-pressure aluminium die-casting operations at the Hosur facility will be divested. However, key details of the transaction remain undetermined, including the final structure of the deal, identity of potential buyer and sale consideration.
The Chennai-based company, formerly known as Sundaram-Clayton DCD Limited, informed the BSE Limited and National Stock Exchange of India that it will make further disclosures upon execution of definitive agreements. The company noted that completion of any transaction will be subject to regulatory approvals and other required permissions.
Sundaram-Clayton Ltd is a prominent Indian automotive components manufacturer specializing in aluminium die-casting. Formerly known as Sundaram-Clayton DCD Limited, the company is headquartered in Chennai, India. SCL produces components for both domestic and international markets, with expertise in both high and low-pressure die-casting technologies.
Aluminum die-casting is a manufacturing process where molten aluminum is forced under high pressure into reusable steel molds (called dies) to create precisely shaped metal components. This process is widely used in automotive, aerospace, and consumer electronics industries.
High-pressure die-casting uses greater force to inject molten aluminum into molds, ideal for creating complex, thin-walled parts with excellent dimensional accuracy and smooth surfaces. This method is faster and suited for high-volume production.
Low-pressure die-casting involves less force, with molten metal rising into the mold through controlled air pressure. This method produces components with fewer defects and better mechanical properties, often used for more structurally critical parts.
Die-casting businesses typically maintain facilities with specialized equipment including furnaces, casting machines, finishing tools, and quality control systems. These operations require significant technical expertise and capital investment.