Injection Moulded Filters

Your partners in filter manufacturing

45 years ago, BEC Group began designing and manufacturing injection moulded tumble dryer filters. Shortly after which we started making kettle and tumble dryer filters, followed by filters for the medical industry, heating systems, aerospace, and the automotive industry.

Around half of BEC’s injection moulding output is now filters focused. Our filters range from the size of a pen lid to a metre in length. Filtering ad-blue, water in the home, coffee, vacuuming debris and more.

From concept to production, we work closely with our customers to optimise your design. Our design for manufacture process gives you the best part, at the best price. Our co-located tool room, and mould shop make for swift adjustments for quick development and tight deadlines.

How we do it at BEC group.

Our Filters

Automotive Filters


Domestic & White Goods Filters


Food and Beverage Filters

Biomedical Filters


Other Filters


Our Mesh

Selecting the appropriate material for a filter project is crucial to its success. Do you need hydrophobic or hydrophilic coatings? Will your filter need to be dust resistant? Would an acoustic mesh be useful? Answers to all these questions and more help us to select the perfect mesh for your filter.

Due to their stability across various chemical and structural environments we typically utilise nylon, polypropylene or polyester for filter encapsulation. Occasionally customers require a more specialised mesh- we work with a variety of different mesh suppliers across the globe, so finding the ideal material for your part is no problem. Stainless steel, pioneering PET depth-media, or even a bespoke mesh developed for your part can be used.

How we do it at BEC group.
How we do it at BEC group.

The Process

At BEC Group, our injection moulded filters encapsulate various filter meshes within durable plastic frames designed for their environment. Projects begin with design and tooling, where performance requirements are defined and suitable materials such as nylon, polypropylene, or polyester are selected based on the operating environment, including exposure to water, oil, air, or chemicals.

A steel mould tool is then produced in our in-house toolroom, often with multiple cavities for efficient high-volume production. During moulding, the filter mesh is accurately positioned before molten plastic is injected to secure it within the frame. Secondary operations and quality control checks ensure consistent, high-quality parts.