DPF & CERAMIC PROCESSING

DPF & ceramic processing, tested accurately in-house

We use the latest technology to analyse DPF and ceramic materials accurately. DPF is a service we've offered for years — and we're one of the few able to test in-house, with the knowledge and equipment to do it properly, without limiting the volume of material you bring in.

SIMPLE PROCESS

Three steps to sell your DPF & ceramic material

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Send It In

Send in your ceramic & DPF material.

Weighed, Milled & Tested

It's weighed, milled and tested in-house to give the most accurate results.

Get Paid

Smooth, reliable settlement. Fair pricing, efficient process, no unnecessary delays.

WHAT WE PROCESS

We process a wide range of precious metal-bearing ceramic materials, including:

Diesel particulate filters (DPFs)

Ceramic catalytic converter monoliths

Cordierite substrates

Silicon carbide DPFs

Catalytic converter ceramic powder

Mixed ceramic batches

Industrial catalyst ceramics

Precious metal-bearing ceramic waste

WHY IT MATTERS

Precious metals such as platinum, palladium and rhodium are distributed throughout the ceramic substrate. Accurate analysis allows:

Fair valuation

Improved transparency

Better inventory control

Consistent purchasing decisions

Confidence for buyers and sellers

Professional sampling and analysis reduce uncertainty and help maximise the value recovered from every batch.

HOW WE PROCESS IT

Inside our processing procedure

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Material Reception

Every batch is received, recorded and allocated a unique reference.

Inspection

Materials are inspected to identify contamination, damage and substrate type.

Crushing & Preparation

The ceramic material is prepared for milling.

Ball Milling

The material is processed using industrial ball mills to produce a fine, homogeneous powder — ensuring representative sampling throughout the batch.

Laboratory Sampling

Representative samples are collected using established sampling procedures.

XRF Analysis

Samples are analysed using X-ray fluorescence (XRF) to determine elemental composition.

Valuation

Analytical results are used alongside current precious metal market values to determine the value of the material.

PROCESSING EQUIPMENT

Our processing facility includes:

Industrial ball mills

High-precision XRF analysers

Sample preparation equipment

Laboratory scales

Dust-controlled processing systems

Batch homogenisation equipment

Secure material handling procedures

Our investment in specialist equipment allows us to process ceramic materials efficiently while maintaining high analytical standards.

WHY CHOOSE US

Not your average metal buyer

Specialist Knowledge

We understand catalytic converters, diesel particulate filters and precious metal-bearing ceramics.

Advanced Equipment

Our investment in professional analytical equipment enables consistent and repeatable results.

Accurate Sampling

Representative sampling is essential when valuing ceramic materials, and our processing methods are designed to maximise accuracy.

Transparent Process

We believe our customers should understand exactly how their material is processed and analysed.

WHO WE WORK WITH

Our customers include:

Catalytic converter recyclers

Scrap metal merchants

Vehicle dismantlers

ELV operators

Refiners

Precious metal traders

Automotive recyclers

Waste management companies

Industrial recycling businesses

Ready to process your DPF or ceramic material?

Get in touch and we'll arrange collection or delivery. Your material is weighed, milled and tested in-house, then valued on verified results — not estimates. Looking for live catalytic converter prices? Download Metal IQ.

METAL RECYCLING & CATALYST PROCESSING
Close-up of various dark metal industrial parts and cylindrical components piled together.
FAQS

Common questions about selling and processing catalytic converters

What is ceramic processing?

Ceramic processing is the preparation of catalytic converter or DPF ceramic material into a homogeneous powder suitable for representative sampling and laboratory analysis.

Why is ball milling important?

Ball milling produces a consistent, fine powder, helping ensure that laboratory samples accurately represent the entire batch.

What is XRF analysis?

X-ray fluorescence (XRF) is a non-destructive technique used to determine the elemental composition of a material — rapid, repeatable, and supporting accurate valuation.

Do you process both ceramic and silicon carbide DPFs?

Yes. We're equipped to process a range of ceramic substrate types, including cordierite and silicon carbide.

Can you process large commercial batches?

Yes. We regularly handle both small consignments and larger commercial volumes.

Do you provide nationwide service?

Yes. We work with businesses throughout the UK.