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Concrete is versatile, durable, low maintenance and it indicates quality construction from the first glance. A concrete driveway does it all and allows for a wide variety of design options.

A concrete driveway lasts much longer than an asphalt one. A typical lifespan of a concrete driveway is over 30 years with little to no maintenance.

Stamped Concrete is an economical alternative to precast paving stones or materials like slate and bluestone. It is a fraction of the cost, lasts longer and requires no maintenance. It has become the material of choice for swimming pool decks, patios, walkways, driveways and anywhere you want the convenience and durability of concrete with a different look.

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Located in Seaforth, ON, we create custom solutions for your new and innovative ideas in the form of wet and dry cast concrete products. Quality is first and foremost in our CSA-approved facility. We are committed to delivering the best solutions, on time, every time.

An evolving team responsive to the needs of commercial and agricultural construction, Design Concrete Inc. is where proven design, quality standards and operational efficiency come together to produce on-demand specialty precast and turnkey project service.

Staining transforms plain concrete into attractive decorative concrete in just a few easy steps. With over 96 color options of acid, acetone or water-base stains you are sure to find one that you will love.

Stenciled concrete is very similar to stamped concrete. It uses the same materials such as color hardeners and antiquing release. One difference is that you can spray Deck Coat color to give a more abrasive and thicker appearance like with a brick pattern.

All Design Concrete corp. is a leading provider of custom and decorative concrete services in South Florida.

ADC specializes in the installation of stamped concrete & pavers for commercial and residential applications.

Browse hundreds of product samples & displays among professionally designed installations guaranteed to ignite your imagination. Our expert sales staff is available to help navigate you through your selection process ensuring you have the best-recommended products for your project.

Once the lamp is covered, you may notice that it is already starting to dry and set. When I tried smoothing the edges with the putty knife, the pressure made the concrete patch start to rub off in some areas, so I came up with a different approach: use a stiff paint brush to stipple the surface and even everything out.

I used it to scratch up the surface as best as I could after the spackle dried, but it would have been even more effective to use before the concrete patch had dried. Not 100% necessary, but it adds a little extra something!

The values of the physical properties obtained after testing will be used as the basis for all concrete mix design considerations. This will ensure the structure will be sound and prevent failure of the mix. It is important to note that the ingredients for the mix might vary from one project location to another, so the physical properties must be tested for the requirements specified for each location.

A normal performance concrete mix has a performance strength ranging between 20 and 40 MPa. It is the more used mix of the two. Normal performance concrete has good workability if all of the mix ingredients are in accurate proportions. When freshly mixed, the concrete must be plastic or semi-fluid so that it can be molded.

A high-performance concrete mix has a performance strength above 40 MPa. The main purpose of using high-performance concrete is to reduce the weight, creep or permeability issues, and to improve the durability of the structure. Like the normal performance concrete mix, this mix must be plastic or semi-fluid when freshly mixed so that it can be molded.

Because high-performance concrete has a high cement content, it is often sticky and hard to be handled and placed. However, this does not cause the cement to bleed, an issue that normal performance concrete might run into.

Type of water: Any water used for concrete mix design should be tested before use to ensure it is within the range of water required for concrete. Most all consumable water is good for concrete work, but should still be tested.

Water to cement ratio: The ratio of water to cement should be tested for consistency, initial and final setting, soundness of the cement, workability, slump of the concrete and compacting factor.

A quality concrete mix design is crucial for successful construction. At Concrete Supply Co., we sleep better at night knowing our end-to-end ready mix concrete solution meets the highest quality performance in concrete, and our integrity in doing so is unparalleled.

All modern concrete is made from a combination of cement, water, coarse aggregates, fine aggregates, air, and in some cases, supplementary cementitious materials (such as silica fume, fly ash, or slag) and chemical admixtures. Each of these ingredients confer different physical properties to the concrete that affect its strength, viscosity, set time, durability, and more.

Concrete mix design is the science of choosing the types of ingredients, and the proportions to use them in, to create concrete that meets the technical specifications for a given construction project. The needed properties vary depending on the project. Flatwork, underground pipes, bridges, walls - they all require concrete with different properties. That's why concrete mix design is so important.

However, the ability to create a concrete mix design that not only meets the specifications of a project, but does so cost-effectively and in an environmentally friendly way, comes mainly from experience. GCP Applied Technologies has over 80 years of expertise in the building materials industry and decades of success in creating concrete mix designs for a variety of applications.

Water-reducing admixtures limit the damaging effects of swellable clays and permit the use of polycarboxylate-based admixtures, while maintaining the many benefits that polycarboxylate-based admixtures bring to concrete mix designs.

Control flow concrete has a slump between that of conventional concrete and self-consolidating concrete. Concrete producers and contractors get more value out of conventionally proportioned control flow concrete by reducing placing time and labor costs.

From proper proportioning of concrete admixture, to offsetting the corrosive effect of chlorides in concrete, to the admixture's general properties and benefits, to combining with microsilica for protection in steel-embedded concrete, this series provides comprehensive instruction, complete with example mix designs.

In addition to providing excellent water reduction in concrete mix designs, HRWR admixtures generate higher compressive strengths, better slump retention, improved rheology, enhanced air control, and superior finishability.

Adding hydration stabilizers to a concrete mix design allows you to control the set time for concrete so it says wet and workable over the course of a large project, after a long time in transit route, or when used in hot and dry conditions.

Synthetic macro-fibers are intended to replace welded wire mesh (WWM) as a unique form of high-strength, high-modulus synthetic reinforcement that is evenly distributed throughout the concrete matrix. Adding macro-fibers to your concrete mix design can improve impact resistance, durability and long-term crack control properties - with significantly less time and labor costs compared to WWM.

Rheology modifying admixtures increase the viscosity of the concrete while still allowing it to flow without segregation. Concrete mix designs that incorporate rheology modifiers can be used to reduce the required pressure when pumping concrete and for underwater, anti-washout applications.

Concrete mix designs that include set accelerating admixtures will have a shorter setting time and increased early strength development. Both are useful properties for cold weather concreting when the rate of cement hydration decreases with lower temperatures.

In concrete mix design, SCMs are used to replace a portion of the cement to make the concrete more cost-effective and environmentally-friendly to produce. Depending on the SCMs used, the concrete may also gain other properties like slower set time or higher strength.

All concrete mixes possess unique properties, the design process can be time-consuming and challenging. The Concrete Hub app, however, solves these challenges associated with creating a unique ready mix concrete.

The Concrete Hub app now provides an easy, fast, and free way to perform a preliminary mix design. The app also features an add-on allowing you to create proportions for your ready mix concrete design using either the absolute volume or weight method.

The application performs all the calculations in either SI or Imperial units according to the ACI 211.1-91 standard and provides guidelines from the standard at each step via the Help icon. Once your ready mix concrete design is complete, the app generates a summary file that can be easily shared.

The water/cement ratio is the most important parameter of the concrete mix design; it governs the strength, durability, and workability of the concrete mix. Here, you will need to enter the required compressive strength and associated water/cement ratio.

The concrete hub app provides a free, fast, and easy process to create a concrete mix design. Simple and efficient, the app performs all calculations and then prepares a summary report of your mixture

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