Welcome

Dellner Polymer Solutions provides technologically advanced vibration control, rubber fabrication and bonding solutions for a global market. Our head office based in Burton Upon Trent, England, provides access to all major road and rail networks ensuring ease of distribution throughout the world.

Technical innovation is integral to our DNA. With over 150 years' combined experience as Silentbloc and Woodville, our expert engineers work in close partnership to overcome not just today’s challenges, but tomorrow’s too. Our mission is to be the market leader in technical development with qualitative and flexible solutions. We have ambitions to grow, and to increase customer satisfaction throughout this journey.

Our values, Commitment, Innovation, Team Spirit and Joy, guide us in our everyday work. Our values are the compass in everything we do, they guide our behaviour and interactions with our colleagues, customers, and partners.

We work closely alongside UK-based glass manufacturer Dellner Glass Solutions, supplying vibration control, polymer and glazing solutions as a single, integrated package, particularly within the rail industry. Other key sectors for Dellner Polymer Solutions are off highway, defence, industrial (including oil, gas, power generation, mining, chemical processing and furniture) and marine.

Vibration control

We are specialists in vibration control and energy management. So, when vibration is a challenge, we can help. We lead the way in smart technologies that not only control vibration for reliability and comfort, but also harness that energy to help you improve system performance, extend system life and drive down costs.

Polymer engineering

We are at the forefront of polymer technology – designing, manufacturing and delivering innovative, flexible solutions for some of the world’s most challenging and demanding environments. We are experts in the processing and fabrication of engineered textile laminates, and most of our solutions are custom designed to meet our customers’ bespoke requirements.