Aggregates and Recycled Material Testing Services
CTS confirm compliance with WRAP (Waste and Resources Action Programme) Quality Protocol, Specification for Highway Works Series 500 drainage and Service Ducts, Series 600 Earthworks, and Series 800 Road Pavements – Unbound.
Our laboratories carry out routine aggregate test sampling and testing of quarried, recycled, and IBA aggregates with testing schedules created. We adhere to standards and establish with clients based on quantities produced, as well as consistency of raw materials.
Aggregate Testing
At CTS we offer a range of aggregate test services to the highest standards including the following:
BS EN 932-1 Sampling
BS EN 932-2 Methods of Reducing Laboratory Samples
BS EN 933-1 Particle Size Distribution
BS EN 933-3 Flakiness Index
BS EN 933-4 Shape Index
BS EN 933-5 Percentage of Crushed and Broken Surfaces
BS EN 933-11 Constituent of Coarse Recycled
BS EN 1097-1 Micro Deval Coefficient
BS EN 1097-2 Resistance to Fragmentation LA
BS EN 1097-3 Loose Bulk Density and Voids
BS EN 1097-5 Water Content
BS EN 1097-6 Particle Density/Water Absorption
BS EN 1367-2 Magnesium Sulphate Soundness
BS 6100 2.2.1 Uniformity Coefficient
Chemical Aggregate Testing
We also provide chemical aggregate testing as follows:
BS EN 1744 1:2009 + A1:2012 Clause 7
Water soluble chloride salts using the Volhard Method
BS EN 1744 1:2009 + A1:2012 Clause 10.1
Water soluble sulfates in natural and manufactured aggregates
BS EN 1744 1:2009 + A1:2012 Clause 11.2
Total sulfur content by high-temperature combustion
BS EN 1744 1:2009 + A1:2012 Clause 13
Acid soluble sulfides
BS EN 1744 1:2009 + A1:2012 Clause 1
Acid soluble sulfates
BS EN 1744 1:2009 + A1:2012 Clause 17
Loss ignition
Sustainability and Recycling
With increasing pressure on landfill capacity and the ongoing requirement for the construction industry to divert waste away from landfills to meet UK regulations and sustainability targets, CTS’s recycled aggregate test services can support by helping to classify materials as a product rather than waste.
Following the use of our aggregate test service, using recycled aggregates, not only significantly reduces the cost of sending unwanted materials to landfill, but also supports Environmental Social Governance (ESG/CSR) initiatives by helping to reduce construction waste and protect the environment.
Why Choose CTS for Aggregate Test Services?
CTS is recognised as one of the UKs leading testing laboratories, with substantial experience in aggregate test services gained through decades of participation in major construction and civil engineering projects.
Our project and contract managers ensure efficient communication throughout every project and ensure maximum data acquisition whilst minimising costs.
* For a full list of our UKAS-accredited activities, please visit our Accreditations and Industry Standards
Frequently Asked Questions
What are recycled aggregate materials?
Recycled materials are inert waste aggregate derived from crushed concrete, crushed bricks, masonry, bituminous materials, municipal incinerator bottom ash, air-cooled blast furnace slag, basic oxygen furnace slag, and electric arc furnace slag.
How is recycled aggregate made?
Recycled aggregate is generally made from the reprocessing of inert materials, which involves activities such as crushing, mixing, or grading aggregate in accordance with the relevant British Standard and WRAP Protocol
What is recycled concrete aggregate used for?
There are a number of end uses for recycled concrete aggregate conforming to British Standards and Specification for Highway Works
Is recycled aggregate cheaper?
Yes, it is less expensive to produce, reduces materials sent to landfills and incurring landfill tax, and reduces the amount of virgin material produced, therefore lessening the use of natural resources.
Contact CTS
To find out more about our aggregate test services, please get in touch with a member of the CTS team today, and we’ll be more than happy to answer any questions you may have regarding our services and how we can help you.