Skip to main content

Lafarge Cement launches Lafarge Endure SR blend cement

Lafarge Cement – part of Aggregate Industries – has launched Lafarge Endure SR; a high performance, low carbon, CEM II blend cement. While traditional CEM I blends use virgin clinker to produce the finished cement, Lafarge Endure SR blends Portland fly ash (PFA) with clinker, which results in a lower embodied CO2, as well as improved plastic and hardened properties when used in concrete. Another benefit of using Lafarge Endure SR over a CEM I blend is its suitability for all ground types. Sulphates in
June 6, 2019 Read time: 2 mins
Lafarge Endure SR is a high performance, low carbon, CEM II blend cement

3180 Lafarge Cement – part of 2297 Aggregate Industries – has launched Lafarge Endure SR; a high performance, low carbon, CEM II blend cement.

While traditional CEM I blends use virgin clinker to produce the finished cement, Lafarge Endure SR blends Portland fly ash (PFA) with clinker, which results in a lower embodied CO2, as well as improved plastic and hardened properties when used in concrete.

Another benefit of using Lafarge Endure SR over a CEM I blend is its suitability for all ground types. Sulphates in the ground can negatively impact CEM I blends. However, Lafarge Endure SR is resistant to sulphates, allowing contractors and suppliers to scope a wider variety of projects including those that may have previously been hindered by ground type.

Once hardened, Lafarge Endure SR can be used to DC-4 durability standard and can help increase the life of the structure thanks to its resistance to carbonation and chloride and sulphate attack. This makes it ideal for practically any situation, from producing ready-mixed and precast concrete, to marine, grouting and tunnelling applications.

Steve Curley, commercial director at Aggregate Industries, said: “As its name suggests, Lafarge Endure SR is designed to dramatically increase the longevity of the concrete it forms a part of. It is a great solution for contractors that want to reduce the environmental impact of their build while simultaneously improving its life span.

“In addition to its lower embodied CO₂, Lafarge Endure SR uses 10 per cent less water than CEM I to reach workable consistency and offers improve pumpability and mixing efficiency. Each of these benefits adds up to a cement that is truly forward-thinking.”

For more information on companies in this article

Related Content

  • Skanska and Kraton boost RAP use with called SYLVAROAD™ RP1000
    November 23, 2017
    The city of Västerås in central Sweden is known as a centre for industrial automation and information technology. Innovation abounds here and with it comes strong environmental efforts – meeting carbon reduction goals and maximising the recycling process, for example. A road construction project just outside this picturesque city highlights such innovation.
  • From rubber to nanotechnology, new additives give longer life
    March 12, 2014
    This month: rubber comes to the rescue for cash-strapped UK authorities and Italian towns plagued by road noise; Japanese nanotechnology fights monsoon damage in India; and a new research programme promises to help define whether ‘sustainable’ bitumen technologies really live up to their billing - Kristina Smith writes A new venture in the UK aims to encourage the use of recycled tyres in road pavements. Billian UK is now manufacturing GTR Pellets which combine bitumen, ground tyre rubber (GTR) and miner
  • Advances in bitumen technology: new applications
    February 16, 2022
    This month, we look at four very different pavement technologies in four very different applications
  • Sustainable road construction: current practices and future concepts
    November 23, 2015
    The road sector produces the highest level of greenhouse gas, directly, through fossil energy used in mining, transportation, paving works... and indirectly through the emissions coming from vehicles.