Quality recycled aggregates & tipper hire

Based in Kennett, Newmarket, Cambridgeshire, D Haird & Co Ltd specialises in the production and supply of high quality recycled aggregates, all of which are produced in accordance with the WRAP protocol. You can rest assured that we'll supply you with only the finest materials.

Supplying and servicing throughout East Anglia

Are you looking for a wide range of aggregates?

Established in 1974, D Haird & Co Ltd is a family owned and managed company who specialise in the production of quality recycled construction aggregates. Operating throughout East Anglia, we work with nationally recognised companies in the building, demolition and highways sectors. As well as delivering an efficient and cost effective service to large scale projects and clients, we also work with small and independent businesses who require nothing but the finest recycled aggregates.

Quality is at the core of the services provided by us, and you can be confident that the materials delivered by us will be produced in accordance with the WRAP quality protocol for the production of aggregates from inert waste.

WRAP protocol information

Nothing but the finest construction aggregates

Environmental legislation controls many aspects of the recycled aggregate production process and with this in mind, we're proud to provide you with a service that operates in accordance with the appropriate regulatory requirements. D Haird & Co Ltd strives to reduce both our own and your impact on the environment.

By recycling and recovering aggregates from construction and demolition waste, we ensure that a material which would otherwise head to landfill has a beneficial use. This reduces the need for the mining and extraction of primary aggregates. To demonstrate our commitment to sustainable production and use, we have signed up to the Halving Waste to Landfill initiative.

An integrated transport network throughout the Eastern region of the UK allows aggregates to be sourced and supplied to customers across a large operational area whilst minimising haulage distance and maximising production efficiencies.