A global leader in diesel particulate filter remanufacturing
Ceramex is a global leader in diesel particulate filter (DPF) and emissions systems component remanufacturing, applying unique technologies which deliver high yield, measurable quality and value for money to our customers.
Trusted and patented technology
For over 15 years, Ceramex has delivered the most effective refurbishing service of Diesel Particulate Filters (DPFs) for all types of commercial vehicles and diesel-powered industrial equipment.
Our patented, automated, cleaning and inspection technology meets the rapidly increasing market demand for an industrial DPF cleaning and refurbishment service that’s both environmentally and cost conscious.
Ceramex is trusted by many of the world’s leading commercial and off-highway vehicle manufacturers to keep their fleets compliant with increasingly stringent emissions legislation.
- Superior performance over conventional cleaning processes
- High capacity, fast turnaround
- Longer interval between cleans
- Up to 7% improvement in fuel consumption
- Less filter failures and expensive replacements
- Full inspection report
- Filter imaging for audits and monitoring
- Full traceability throughout the process
Latest News
Understanding the LGV DPF remanufacturing process
Remanufacturing is a fundamental part of a more sustainable circular economy, where raw materials are conserved and energy consumption and landfill waste are reduced. Whilst traditional automotive remanufacturing has focused on returning items such as
Ceramex boosts DPF cleaning volume as demand spikes
Having invested over £3 million in its long-term future, the UK’s leading provider of patented DPF cleaning, remanufacturing and inspection services, Ceramex, is ramping up production volume further, in response to rising customer demand, both
Sustainable DPF remanufacturing benefits the environment
Remanufacturing is a major contributor to the circular economy, which is aimed at preserving raw materials, cutting energy use and minimising waste, in order to be more sustainable. As well as returning major units such
