+44 (0)121 622 2600
Birmingham Stamping Limited is one of the UK's most experienced hot forging companies, producing a diverse range of brass, copper, and aluminium products for businesses of all sizes.
We manufacture high-quality, non-ferrous products tailored to meet customer specifications and volume requirements.
The company's traditional markets include plumbing, marine, electrical, gas and oil supply industries, in addition to architectural hardware.
The predecessor to BSL was IMI Bailey Gill Products Ltd, which was acquired by the Leslie Group in 1996. This business was subsequently amalgamated with Guest Brass Stamping to form TG Stamping and Machining.
Unfortunately,
TG Stamping went into administration in 2023.
The business is now under new management and is operating with the original employees from Bailey Gill, Guest, and TG Stamping to establish Birmingham Stamping Ltd.
If you were a customer of any of the companies mentioned above and are interested in re-establishing any of the original product lines from these previous businesses, please do not hesitate to contact us.
We have a diverse selection of vintage die sets in stock, and we would be very interested in reconnecting with you.
Closed Die Forging
Closed-die forging, also known as impression die forging, is a highly precise metal shaping process in which metal is plastically deformed within the confines of a closed die. This method enables the creation of complex geometries with tight tolerances
Better Surface Finish
Higher Complexity
Closed-die forging enables the creation of complex shapes and intricate details that may not be achievable through other forging techniques. This methods provides precise control over material flow.
These advantages make closed-die forging the preferred choice for industries that require high-strength and high-quality forged components.
With Closed-die forging, the material is entirely enclosed within the die, which prevents oxidation and contamination. This process results in a smoother and more precise surface finish, thereby
reducing the need for additional finishing operations.
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