Self-consolidating concrete (SCC) is designed to be highly fluid and flowable. It moves under its own weight without mechanical vibration to fill even the most complicated and congested reinforcement and rebar. And it's just as strong and durable as traditional concrete.

Early high strength concrete uses special admixtures to speed hydration and hardening. It\\\'s easier to place, and really helps improve productivity, scheduling and turnaround time.

Low shrinkage concrete is designed for large floor spaces requiring high strengths due to weight capacity and constant traffic. Low-shrinkage concrete reduces the shrinkage throughout the curing process, meaning single slabs can be laid with reduced saw cuts, with less joints per square foot.

After processing, blend the tailings with cement and water, and pump the mix into an empty stope. After 28 days, it\'s so solid you can mine right up against it. Our lab conducts testing to create the perfect formulation for the unique aggregate of each mine\\\'s tailings.

Vendor Managed Inventory (VMI) programs allow us to monitor your stock of materials, and activate the logistics chain before you run out. You don't even need to call us to let us know.

Our on-staff mining engineer has two recommendations: first go with early high strength concrete so you can install the head frames in one continuous slide, and second, opt for self-consolidating concrete (SCC) for the shafts to get high strength quickly.

Low shrinkage concrete is designed for large floor spaces requiring high strengths due to weight capacity and constant traffic. Low-shrinkage concrete reduces the shrinkage throughout the curing process, meaning single slabs can be laid with reduced saw cuts, with less joints per square foot.

Decorative concrete can be customized to meet any decor, pattern, colour, style or any unique construction project. We use of a variety of materials by either integral colour mixing or after the pouring process. It can also accommodate textured effects.

Early high strength concrete uses special admixtures to speed hydration and hardening. It\\\'s easier to place, and really helps improve productivity, scheduling and turnaround time.

Low shrinkage concrete is designed for large floor spaces requiring high strengths due to weight capacity and constant traffic. Low-shrinkage concrete reduces the shrinkage throughout the curing process, meaning single slabs can be laid with reduced saw cuts, with less joints per square foot.

Try permeable concrete. It allows stormwater to pass through. Not only will it fix your ponding, it will help replenish surrounding green spaces and reduce your need for expensive retention solutions.

Two words: thermal mass. Concrete has the ability to store heat and release it later. That means the interior is less susceptible to large temperature fluctuations, which in turn reduces the need for mechanical comfort conditioning, which in turn reduces energy consumption.

Soil solidification and stabilization (S/S) the most cost-effective solution for brownfields. With this method, we encapsulate the contaminants in cement. Contaminated soil is dug up and mixed with cement, cementitious materials, admixtures and water. It actually becomes part of the cement mix instead of using sand and aggregate. Dump the mix back in the excavated hole and develop the land over top of it.

Decorative concrete can be customized to meet any decor, pattern, colour, style or any unique construction project. We use of a variety of materials by either integral colour mixing or after the pouring process. It can also accommodate textured effects.

Yes. Although we can\'t help make better drivers, there are two ways concrete surfaces help improve road safety. The first is enhanced durability. The flatter and more even the surface, the better the traction. The second is visibility. Concrete helps reflect light from the street lamps, providing a brighter view for night time driving. And of course, concrete is the material of choice for sound and safety barriers.

Self-consolidating concrete (SCC) is designed to be highly fluid and flowable. It moves under its own weight without mechanical vibration to fill even the most complicated and congested reinforcement and rebar. And it's just as strong and durable as traditional concrete.

Early high strength concrete uses special admixtures to speed hydration and hardening. It\\\'s easier to place, and really helps improve productivity, scheduling and turnaround time.

Low shrinkage concrete is designed for large floor spaces requiring high strengths due to weight capacity and constant traffic. Low-shrinkage concrete reduces the shrinkage throughout the curing process, meaning single slabs can be laid with reduced saw cuts, with less joints per square foot.

Try permeable concrete. It allows stormwater to pass through. Not only will it fix your ponding, it will help replenish surrounding green spaces and reduce your need for expensive retention solutions.

After processing, blend the tailings with cement and water, and pump the mix into an empty stope. After 28 days, it\'s so solid you can mine right up against it. Our lab conducts testing to create the perfect formulation for the unique aggregate of each mine\\\'s tailings.

Soil solidification and stabilization (S/S) the most cost-effective solution for brownfields. With this method, we encapsulate the contaminants in cement. Contaminated soil is dug up and mixed with cement, cementitious materials, admixtures and water. It actually becomes part of the cement mix instead of using sand and aggregate. Dump the mix back in the excavated hole and develop the land over top of it.