At Linwood Raker, we believe that performance and measurable outcomes speak louder than words. Our case studies demonstrate how leading manufacturers across the UK and Europe have partnered with us to enhance production efficiency. Together, we have optimised manufacturing processes, reduced operational waste, and improved consistency using bespoke coated paper solutions. Each project reflects our long-term commitment to innovation, material quality, and environmental responsibility. These studies illustrate how our advanced paper technologies deliver tangible results in complex industrial and food manufacturing environments.
Proven Solutions in Action
Reducing Waste and Cost in a UK Bakery
A leading UK bakery manufacturer partnered with Linwood Raker to address increasing production waste and rising liner costs across its baking operations. Working collaboratively, we designed a bespoke die-cut silicone-coated release paper engineered specifically for consistent, high-volume food production. This innovation delivered proven results, including an 8% reduction in material waste, a 5% saving in liner expenditure, and 100% recyclability within the client’s waste stream. The project highlights how technical precision, material expertise, and strong partnership can generate meaningful economic savings while advancing sustainability goals.
Enhancing Release Consistency for an Industrial Adhesives Producer
When an established UK industrial adhesives manufacturer sought greater consistency in high-pressure bitumen extrusion, they turned to Linwood Raker. Their existing liner caused variable release forces, surface transfer, and reduced durability across multiple production lines. We developed a bespoke high-temperature coated release paper with optimised surface tension and improved thermal resistance. The new liner achieved a 6% reduction in material failure, a 20% increase in liner life, and consistent coating transfer quality. This project reflects Linwood Raker’s commitment to precision engineering, collaboration, and measurable improvement in demanding industrial manufacturing environments.