Mix Designing & Low-Carbon Binders
What
We
Do
Reformix helps organisations develop, assess and optimise cementitious materials ranging from conventional SCM systems through to advanced alternative binders and geopolymer technologies.
Cement chemistry is our specialty, whether for conventional composites, novel mix designs or Low-Carbon ones. We transform existing materials and/or industrial by-products into Supplementary Cementitious Materials (SCMs) or zero-cement geopolymer binders, concretes and composites.
Using precision mix designing, material analytics, and life cycle assessments, we develop high-performance, low-carbon materials with superior acid and fire resistance, significantly reducing CO₂ emissions and promoting climate-friendly construction.
We help clients reduce cement usage, evaluate alternative materials, develop new products and accelerate commercial deployment. Whether the objective is strength, durability, workability, cost reduction, carbon reduction or a balanced combination of all factors, Reformix develops and optimises mix designs tailored to project-specific requirements.
Mix Design & Optimisation
Not all materials are created equal. Reformix helps clients evaluate industrial by-products, aggregates, supplementary cementitious materials (SCMs), clays, slags, ashes, tailings and other feedstocks to determine their technical suitability, processing requirements and commercial potential. Through advanced characterisation and engineering analysis, we help identify the opportunities, limitations and pathways to successful deployment.
Feedstock Assessment
Beyond conventional cement systems, Reformix supports the development of advanced cementitious technologies including geopolymers, alkali-activated materials, hybrid binders and emerging low-carbon alternatives. Our approach combines scientific rigour with practical engineering to develop materials that are technically robust, commercially viable and scalable.
Alternative Binder Development
Successful products require more than strong laboratory results. Reformix assesses technical feasibility through a combination of material performance testing, process engineering, durability evaluation, scale-up considerations and commercial practicality. We help clients understand not only whether a technology works, but whether it can succeed in the real world.
Technical Feasibility
Case Study: Geopolymer Binders
Replacing Portland Cement with Industrial Waste Materials
Our groundbreaking geopolymer concrete, branded as "Eco-Concrete," represents a revolutionary shift in the infrastructure and construction sectors. This advanced product redefines industry standards by using ZERO Portland Cement and instead using industrial waste material as the fundamental cement binder composition.
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Pioneering an Eco-Friendly Future with Geopolymers
Crafted from recycled industrial and agricultural by-products, Eco-Concrete is a sustainable alternative to traditional cement-based materials. Its applicability, notably in the precast industry, underscores its suitability for specific construction needs while significantly reducing environmental impact.
Meeting the Same Specifications With Added Benefits
Eco-Concrete not only champions environmental responsibility but also delivers uncompromising strength and durability akin to conventional concrete. Meeting industry specifications, this innovative product is engineered to perform seamlessly, aligning with established standards while offering enhanced sustainability benefits.
Supplementary Cementitious Materials
We enhance Ordinary Portland Cement by incorporating Western Australian industrial by-products, reducing costs, improving performance, and minimising environmental impact, in line with AS 3582 series standards, for more sustainable and efficient construction.
Sustainability Benefits
Geopolymer materials stand at the forefront of sustainable innovation. By significantly reducing greenhouse gas emissions during production compared to traditional materials, geopolymers contribute to a greener environment. Additionally, our geopolymer solutions embrace the concept of a circular economy by encapsulating industrial waste materials, transforming them into valuable and environmentally friendly construction materials. This approach not only minimises waste but also optimises resource utilisation.
Furthermore, our commitment to sustainability extends beyond product development. We strive to educate and empower our partners and customers about the ecological advantages of geopolymer materials, fostering a collective effort towards a more sustainable future.
What Some of our Clients say:
Ironstone Civil engaged Reformix Materials Group to support our R&D efforts in understanding and developing a specialist material system, and we were extremely pleased with the engagement. Hendrik and Ramon were professional, approachable and highly knowledgeable, with an ability to explain complex material science concepts in practical, easy-to-understand terms that greatly assisted our investigation and commercial decision-making. Their team delivered everything within agreed timeframes and scope, and the intensive week of testing undertaken at our premises accelerated our program significantly in a way that would have been difficult for us to achieve internally. We found Reformix a valuable technical resource, easy to work with, and would gladly engage them again and recommend them to others.
Max Kudrenko (BSc, MEng)
Director, Ironstone Civil Pty Ltd
Typical Client Questions
Contact us for more information
Want to Optimise your Mixes, Processes or
Transform By-Products Into Commercial Products?
What are Geopolymers?
Geopolymers are engineered materials synthesised from naturally occurring minerals and/or industrial by-products. Geopolymers are made via various chemical processes that bind together their material constituents, resulting in a robust and versatile substance. This unique chemical reaction, known collectively as geopolymerisation, creates a polymeric network that grants exceptional strength, durability, and resilience to the material. One of the major advantages of geopolymer materials, unlike conventional cements and binders, is the unique property to maximise waste material encapsulation; a feat that is virtually impossible at the same level with conventional cements.
Through meticulous control of raw materials and processing parameters, our experts craft geopolymer formulations that possess superior mechanical properties, high resistance to chemical attack, and excellent fire resistance within standards and specifications of conventional materials. These materials find applications across a spectrum of industries, ranging from construction and mining to manufacturing, owing to their exceptional performance and adaptability.