Permanent durability starts at the batching plant.
In todays’ construction environment, long-term durability and water protection aren’t optional – they’re essential.
Xypex Admixture technology takes waterproofing to the next level by making concrete itself the barrier. Unlike membranes that can tear or degrade, Xypex works within the concrete to protect structures for their entire service life.
Meet the Products
Xypex Admix C-1000 NF
The trusted performer for a wide range of applications. Added directly to the mix, C-1000 NF initiates a crystalline reaction that blocks water pathways and self-seals micro-cracks over time.
✅ Ideal for basements, tunnels, podium slabs, water tanks and retaining walls
✅ Reduces permeability and protects against chemical attack
✅ Proven in projects across Australia and worldwide
Xypex Admix C-5000
The high-performance choice for demanding, high-strength concrete. Engineered for projects requiring superior durability and watertightness.
✅ Designed for high-spec structures such as high-rise towers, marine works and water treatment facilities
✅ Enhanced crack-sealing capability
✅ Supports sustainable design by reducing or eliminating external membranes
Why Use Xypex?
- Built-In Durability: Xypex crystalline technology becomes part of the concrete matrix, ensuring permanent protection.
- Simplified Construction: Eliminates the need for external membranes, reducing labour, installation time and risk of failure.
- Sustainability Benefits: Less material use, reduced maintenance, and a longer service life contribute to greener construction outcomes.
From residential basements to critical infrastructure, Xypex admixtures have been used successfully on thousands of projects around the world.
Whether your project faces groundwater pressure, aggressive chemicals or high structural loads, Xypex provides confidence that lasts.
Planning a project that demands watertight, durable concrete?
Let’s talk. Our technical team can help you choose the right admixture for your application and provide support from specification to pour.