Yes. Ready Glow is ideal for this.

Ready Glow is off-white/light yellow in colour allowing it to blend seamlessly into surfaces.

Wherever you would like a unique design element and/or functioning renewable ambient light source.

Applications include:
Exterior: walls, patios, paths, stairs, driveways, concrete furniture
Interior: floors, walls, exits, stairs

Ready Glow is a non-toxic, non-radioactive
photo luminescent aggregate.

Ready Glow will continue to function in a cementitious or resin-epoxy matrix for 15+ years.

Yes and no. The curing time depends on several factors, with raw material availability being a key one.

In the South Island, achieving lower-carbon outcomes often requires cement substitutions. Depending on the time of year, these substitutions may slightly impact the initial setting time. In the North Island, this is less likely due to the availability of low-carbon cements.

Our Plant Engineers can optimise curing times based on your specific construction circumstances.

Yes, it can. We first assess the structural application and program performance before optimising the carbon footprint of your project. Allied Concrete provides expert guidance to ensure the best fit for each project.

Yes, using low-carbon concrete can help projects achieve Green Star, Homestar, and LEED certification points due to reduced embodied carbon.

Depending on the mix, CO₂ reductions of 20-80% can be achieved compared to standard concrete.

Properly designed low-carbon mixes offer comparable strength, durability, and workability to traditional concrete while reducing environmental impact.

Low-carbon concrete is designed to reduce carbon emissions by incorporating various methods, including the use of supplementary cementitious materials (SCMs), lower-carbon cement made in New Zealand, sustainable aggregate sourcing, and other initiatives. 

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Ready Thinners are used to adjust the viscosity of sealers and other concrete treatments for easier application. These concrete thinners allow for smooth and even coverage, helping to achieve a professional finish.

We stand behind Ready Acid Wash as the best concrete acid wash in New Zealand. Its concentrated formula effectively removes stubborn stains, efflorescence and salts, preparing concrete surfaces for optimal sealer adhesion.

Applying Ready concrete sealers is straightforward. Here are the detailed steps:

1. Clean the concrete surface thoroughly to remove any dirt, oil or debris. Use a pressure washer for best results, and allow the surface to dry completely.
2. If using the sealer on new concrete, treat the surface with Ready Acid Wash, a popular concrete acid wash in New Zealand, to remove latence and salts. Follow the detailed instructions for applying acid wash.
3. Stir the sealer well before use to ensure an even consistency.
4. Use a roller or sprayer to apply the sealer evenly across the concrete surface. Apply in thin, even coats to avoid pooling and ensure thorough coverage.
5. Allow the first coat to dry completely, typically for 24 hours. Avoid foot traffic on the surface during this time.
6. Apply a second coat if necessary, following the same method. Allow it to dry completely.
7. Let the concrete sealer cure fully before exposing the surface to heavy traffic or harsh weather conditions. This can take up to 72 hours.

By following these steps, you will achieve a durable and long-lasting finish on your concrete surfaces.

Yes, Ready Products can be used on both new and old concrete surfaces. For old concrete, keep the surface clean and free of contaminants before applying the concrete sealer, acid wash or thinner to achieve the best results.

You can request an EPD On-Demand by filling out the form on our website here. We’ll then create a customised EPD for your Ecrete™ project.

EPD On-Demand comes with a third-party verified EPD Process Certification. This certification ensures that all environmental data provided is accurate, reliable, and meets the highest standards of quality. You can trust in Allied Concrete’s commitment to transparency and sustainability. For more information on EPDs and their importance in sustainable construction, visit EPD Australasia.

While our previous EPD covered entire concrete mixes, EPD On-Demand is specifically tailored to projects using Ecrete™, offering project-specific data on carbon savings.

An EPD is a standardised document that provides detailed information about the environmental impact of a product, including its carbon footprint.

The cost of decorative concrete depends on several factors, such as the complexity of the design, the types and quality of materials used and the scale of the project. Basic staining or simple stamping patterns are generally more affordable, while intricate designs and advanced textural effects may cost more.
For specific pricing aligned with your project’s specifications, request a quote from us directly.

Typically, our decorative concrete solutions can last anywhere from 25 to 30 years or more. To ensure the longevity of your decorative concrete, make sure to do the following:
Regular cleaning — Sweep and wash the surface regularly to prevent dirt accumulation.
Apply a sealer — To protect the surface against moisture, stains and wear, apply a sealer every few years. This is especially important for exterior concrete.
Avoid harsh chemicals — Use gentle cleaning products specifically designed for use on decorative concrete to avoid damaging the surface.

SuperSlab QPOD is available throughout New Zealand. Please contact your local Allied Concrete plant to find out more; 0800 4 ALLIED.

Yes, QPODs are made from recycled material and 100% recyclable.

The R value is a function of the slab geometry. SuperSlab QPOD floors provide improved R value and thermal mass both of which contribute to a warmer floor. To further improve the R value, SuperSlab Warm-edge perimeter insulation can be included in the design using a Magroc Insulfound System (refer to Allied SuperSlab Technical Manual Section 7.0).

Yes, both specific mixes can be either polished or incorporate colour to provide the desired look for your space.

Yes, the pods can be stacked for delivery and storage. A 180sqm floor able to be transported on a single axle trailer or the back of a Ute.

Yes, however this will require a specific engineered design.

The QPOD system uses slightly more concrete than the current system.

Yes, the unique interlocking pods and spacers make installation faster than using polystyrene pods.

When building on good ground SuperSlab QPOD requires two specific mixes: 202CSS (20MPa mix), 252CSS (25MPa mix), available in both 13mm and 19mm aggregates, both suitable for a 100mm line pump.
Refer to the Super Slab Technical Manual, available in Technical resources section. 

Yes, SuperSlab is the only sustainable CodeMark Certified raft foundation system in the market.

When building on good ground SuperSlab QPOD may be slightly more expensive than using traditional polystyrene pods, however costs can be offset with the reduction in environmental footprint, transportation and storage costs combined with speed of installation.

Yes, QPOD is a direct replacement for 1100mm x 1100mm x 220mm traditional polystyrene pods and can easily be substituted without the need for an engineered design when building on good ground as per NZS3604.
Refer to the SuperSlab Technical Manual available at in the Technical Resources section. 

Super Slab is an evolution of the raft foundation system using eco-friendly recycled pods in place of traditional polystyrene, available exclusively from Allied Concrete.