Pioneering Concrete Innovation

Revolutionize the construction industry with Hybrid CC-WP Admix (Patent No.2023902368), a cutting-edge, environmentally friendly waterproofing solution that outperforms traditional admixtures in reliability, cost-effectiveness, and sustainability. This team of highly-experienced senior Professors, PhD holders and engineers specializing in developing, manufacturing, and supplying the most reliable and cost-effective integral waterproofing admixture for concrete and pavement protection. Not only extends the Lifespan of concrete structures, but also contributes significantly to sustainability by reducing cement/pozzolan consumption and reducing the initiation & propagation of all types of corrosion within concrete.

With over 230 years of combined expertise in concrete technology, we lead the way in durability and waterproofing innovation, backed by extensive research, independent testing, and a global footprint in Australia, the USA, Canada, and New Zealand.

Independent testing by top universities (Laval University, Concordia University, UCL, RMIT) confirms CC Hybrid Admixture superior performance and tested by local US labs with local materials.

TECHNICAL DATA with proven performance and testing

• Water Absorption: Reduced by 85%+ (ASTM C642, BS 1881-122)
• Compressive Strength: Increased by 15-25% (at 2% CWT)
• Water Penetration: Reduced from 15mm to 3mm (DIN 1048)
• Freeze-Thaw Resistance: 99% durability after 300 cycles
• Corrosion Resistance: Increased corrosion threshold by over 475%
• Increased compressive and flexural strengths from 20% to 60%; conservatively replacing upwards of 30% of your cement. Easily placing this technology at the forefront of all the current, available Green Building options for concrete and cement.
• Mid-Range Plasticizer: better workability with less mix water.
• Early and permanent severely disrupted capillary system with superior cement hydration leaves concrete water/damp proof, corrosion resistant (all types) and lower shrinkage strain.
• A price point that will rival commercially available “crystalline growth” products. Priced and supplied only through your ready mix and precast suppliers.
• CC Hybrid Admixture is supplied as liquid, dosed by cement content (in the 2 to 4 gallons per cu. yard range), and delivered throughout North America in standard IBC-totes and drums. We also have custom built dosing units that can be hard-wired into your existing systems; or directly into your panel.

KEY FINDINGS FROM INDEPENDENT TESTING
Independent test results confirm that CCHA permanently waterproofs concrete while significantly improving its fresh, strength, and durability properties compared to both untreated concrete and concrete treated with some other commercial waterproofing admixtures. Depending on the dosage used, concrete treated with CCHA achieved: 20–50% higher compressive strength. 70–95% lower water absorption rate and permeability. Up to three times longer service life compared to untreated concrete or concrete treated with some other similar waterproofing admixtures.“Life-Cycle Cost” and “Environmental Impact Analysis” of CCHA are available.
Over 200 independent testing have been completed to date from all over the world.

SUSTAINABILITY
This material will qualify as for Carbon Credits, LEEDS, EPD. By reducing cement usage, enhancing durability, and tripling concrete lifespan, the admixture significantly lowers the carbon footprint of concrete structures. With a total reduction of around 1110 kg CO2 per cubic meter (over 85%), this innovative solution not only meets all structural and performance demands but also aligns with global climate goals.

EXTENDED LIFESPAN
CCHA increases the strength and durability properties of the concrete, meaning less material will be required for the projects, and fewer repairs will be needed over the concrete’s lifespan. Lets assume the lifespan of concrete without the admixture is 100 years, while the same concrete with CCHA lasts for 300 years, tripling its lifespan as proven by rigorous independent and in-house test results. Without the admixture, the concrete would need to be replaced at least once over a 100-year period, leading to triple the CO2 emissions.