Discover the Timeless Elegance of Exposed Aggregate Concrete

Exposed aggregate concrete is a form of decorative concrete achieved by removing the top layer of cement paste to reveal the underlying aggregate, such as sand, gravel, or crushed stone.

It's made by placing concrete and then removing the outer 'skin' of cement paste to uncover decorative coarse aggregate (either batched into the concrete mix or seeded onto the surface).

The benefits include a unique and attractive finish, durability, slip resistance, low maintenance, and versatility in design options.

Yes, it can be colored either by adding pigment to the concrete mix before placement or by applying a concrete stain after curing.

It is highly durable and can even be more resistant to heavy traffic and extreme weather conditions due to the aggregate's hardness.

Maintenance typically includes regular cleaning and periodic resealing to maintain its look and prevent staining.

It can be moderately more expensive than plain concrete due to the labor-intensive finishing process but generally offers better longevity and aesthetics.

Design options are plenty, such as different aggregate colors, shapes, types, and finishing techniques that give unique textures and patterns.

Yes, the texture provided by the exposed aggregate offers inherent slip resistance.

Proper installation and periodic sealing can greatly reduce the chances of aggregate becoming loose. 

It is suitable for freeze-thaw climates, especially when air-entrained to allow space for water to expand when it freezes.

When properly installed and maintained, it can last for 20 to 30 years or more.

Repairing cracks usually involves cleaning the crack, filling it with an appropriate filler, and then sealing the surface to match the existing finish.

As a natural material, it is often seen as more environmentally friendly than some synthetic alternatives. Its longevity and durability also contribute to its environmental credentials.

es, through a process of surface treatment and removal, but it's typically more challenging and may not yield as consistent results as concrete specifically mixed for exposed aggregate.