H&T Batteries | Deep Drawing

Deep Drawing

H&T Battery Components for Rechargeable Batteries are global specialists in deep-drawing technology for manufacturing high precision, cylindrical battery housing components for the rechargeable battery sector.

Alongside our 40 years of experience, extensive product portfolio and strong capabilities in deep-drawing metal components at high volumes, H&T Battery Components for Rechargeable Batteries is your partner of choice within the industry.

Deep drawing is a material efficient process for geometric complex products. Through the high level of  the process reliability, our customers are able to take advantage of both a cost competitive and high quality product.

A wide range of materials is used in deep drawing processes including nickel plated steel, aluminium or stainless steel. At H&T Battery Components for Rechargeable Batteries, our aim is to find the most suitable material to meet the needs of our customers.

H&T Battery Components for Rechargeable Batteries develops its own processes and manufactures in-house tools and deep-drawing presses. This enables us to optimise our production.

 

billion components manufactured by H&T Battery division every year

H&T Batteries | Technology

Technology

H&T Battery Components for Rechargeable Batteries specialise in deep drawn manufacturing technology and also support…

H&T Battery Components for Rechargeable Batteries specialise in deep drawn manufacturing technology and also support our customers with our in-house press and tool design.

H&T Batteries | Services

Services

H&T Battery Components for Rechargeable Batteries support our customers with a wide range of services…

H&T Battery Components for Rechargeable Batteries support our customers with a wide range of services including quality assurance, technical support, and tool and press design.

H&T Batteries | Products

Products

Our product portfolio includes the major rechargeable sizes of cylindrical battery components (e.g. 21700 or…

Our product portfolio includes the major rechargeable sizes of cylindrical battery components (e.g. 21700 or 46xx), and potential sub-assemblies.