What's new
Improved carbon efficiency -149 kg CO₂eq per tonne, independently verified through our Environmental Product Declaration.
Greater project-level impact. Up to 40% embodied carbon reduction at standard replacement ratios on the concrete level.
Seamless integration. Rebond 300 works with existing ready-mix and precast workflows.
A lighter finish. Rebond 300 has a light, fine-grained character that opens up architectural possibilities.
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Rebond 300 is not an iteration on existing construction materials. It is a fundamentally different class of product.
Where conventional construction materials are optimised to reduce their carbon footprint, we’ve manufactured Rebond 300 to remove carbon from the atmosphere and lock it permanently into the built environment. Paebbl’s mineralisation process captures and locks away CO₂ in a stable mineral form that will remain sequestered for geological timescales, inside the structures we build today.
This is what the next generation of construction materials looks like. Every building, every foundation that incorporates Rebond 300 becomes a permanent carbon sink, contributing to Scope 3 targets through the physical chemistry of the material itself.
The construction industry has long been framed as one of the hardest sectors to decarbonise. Rebond 300 reframes that entirely. Real estate turns into the mechanism through which gigaton-scale carbon removal becomes possible, embedded invisibly into the infrastructure the world is already building.
Performance and aesthetics with no trade-offs for the value chain
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Unlocking architectural and visual concrete applications: Rebond 200 (left) Rebond 300 (right)
Rebond 300 can replace up to 30% of cement in concrete mixes without compromising structural performance. Its near-white finish opens applications across exposed concrete, architectural elements, and facade systems.
For architects and specifiers, this unlocks a new level of environmental and aesthetic design. They finally have a material that brings both the lowest verified embodied carbon on the market and the aesthetic range to match the ambition of their projects.
Every tonne of Paebbl Rebond 300 added to concrete mixes constitutes verified CO₂ removal, a permanent mineral sequestration embedded in the resulting concrete structure. That is a dual value proposition the market has not had before: a high-performance construction material that simultaneously functions as a carbon removal instrument, entering the value chain without requiring changes to equipment or production infrastructure.
The -149 kg CO₂/t footprint is the result of continuous process optimisation in our mineralisation technology. It is backed by a full EPD under recognised European standards. When our customers specify Rebond 300, the numbers hold up to scrutiny.
From material producers integrating a verified carbon-negative product into their portfolio, to RMX plants differentiating on embodied carbon, to contractors and developers who need Scope 3 performance that is real and reportable, we now want to build the reference cases that set the standard for this industry.
If you’re currently working on a project, we'd love to hear from you.
Applications & industry adoption
Rebond 300 seamlessly integrates into a wide range of cement and concrete applications. It has been successfully used to replace CEM I, CEM II, CEM III/A, and CEM III/B on projects with our customers.
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Heijmans, one of the Netherlands' leading construction and infrastructure companies, and Paebbl have unveiled the world's first bridge with CO₂-neutral concrete. The project partners have demonstrated that concrete structures can be built without contributing to climate change.
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Paebbl, Holcim, and GOLDBECK have delivered the first industrial floor slab in Germany to use carbon-storing ready-mix concrete at commercial scale. Poured in a single day at a logistics facility in Southern Germany, the 420 m² floor replaced 15% of traditional cement with Paebbl Rebond 200, cutting the concrete's embodied carbon by 13% while meeting the full C30/37 strength specification with no impact on construction schedules.
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The boutique of perfumer Marc-Antoine Barrois embraces refined sustainability. Paebbl’s micro-topping was applied across 12 m² of flooring, blending elegance and carbon-conscious design.
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