Manufacturing SME boosts investment following rapid growth

Tecman has increased investment in its production capabilities, people and systems following a period of rapid growth thanks largely to its growing automotive customer base.…

West Midlands manufacturer boosts investment amid “ambitious” growth plans

West Midlands manufacturer, Tecman, boosts investment amid 'ambitious' growth plans following a period of rapid growth, thanks largely to its growing automotive customer base.…

High-volume anti-thermal propagation pad process

To date advanced thermal barriers with built-in spacers has been complex to manufacture. Tecman has developed a process that for the first time enables high-volume continuous manufacture of framed Anti-Thermal Propagation (ATP) pads.…

Tecman unveils anti-thermal propagation innovation

Charged Electric Vehicles Magazine has a feature on Tecman's unveiling of an innovative manufacturing system for the high-volume continuous production of Framed Anti-Thermal Propagation (ATP) Pads.…

Anti-thermal propagation innovation

Tecman has developed and patented a single continuous production process to manufacture framed ATP pads - a type of advanced cell barrier with a built-in spacer. The article explains how OEMs will now be able to take advantage of advanced design features in a more cost-effective way, and at high volumes.…

Framed battery anti-thermal propagation pad launched

Batteries and Energy Storage Technology reports that UK engineering firm Tecman have launched a production process to enable high volume manufacture of framed battery anti-thermal propagation (ATP) pads, which eliminates the need for third-party pre-conversion and reduce costs.…

Tecman unveils anti-thermal propagation innovation

An advanced material engineering firm has pioneered a process to enable high-volume continuous manufacture of advanced cell barriers with physical built-in spacers. The production process represents a significant innovation for the automotive and battery storage industries.…

Thermal Thinking: Improving battery capability and safety

As EV battery capabilities increase so does excess thermal energy which can reduce performance and pose safety concerns. Thermal Interface Materials, TIMs, are helping manufacturers to manage thermal energy effectively, improving performance and safety.…

Thermal Thinking: Exploring Thermal Interface Materials

As the transition to electric vehicles continues, TIMs are becoming vital to maintain optimum temperatures in Li-ion batteries. This article digs into the characteristics, performance and benefits of TIMs materials for battery pack applications.…

Pushing the limits in innovation

After years of experience in a range of internal and external testing methodologies and collaborative product development, Kevin Porter, Technical Director, explains how a contrarian approach to…

Considerations for Diagnostic Component Design

Wayne Matthews, Head of Sales, comments on the growing UK diagnostic sector and how a mix of capabilities and expertise can add value to the diagnostic component supply chain.…

Developing an innovation strategy

Kevin Porter, Technical Director, reflects on decades of solving engineering and manufacturing challenges and suggests that a contrarian design approach can help unlock a competitive advantage for automotive OEMs.…