When we did our exposed concrete finish we used white sugar. This was a process used by our concrete finisher. He mixed it like a syrup and sprayed the forms. I used regular granulated sugar because it was a flat surface and I didn't have a sprayer... could try it on a small project first.
Slave River
aaah! bcoz it's concrete!
Exposed aggregate concrete for a patio offers benefits such as durability, slip resistance, low maintenance, and a decorative appearance.
A class 5 finish is meant for concrete exposed to the weather and/or harsh conditions.
Could be a thermostatically controlled heating source embedded in the concrete, or it may be that the concrete is absorbing heat from the sunlight to which it's exposed.
Exposed aggregate concrete for patios offers several benefits, including enhanced durability, slip resistance, aesthetic appeal, and low maintenance requirements.
The different options available for concrete finishes on exterior surfaces include stamped concrete, exposed aggregate, polished concrete, stained concrete, and textured finishes.
The different types of concrete used for driveways include plain concrete, stamped concrete, exposed aggregate concrete, and colored concrete. Each type offers unique aesthetic and functional benefits for driveways.
Yes, concrete can corrode when exposed to certain aggressive environments or chemicals. This can cause deterioration of the concrete structure over time if not properly protected or maintained. Proper design, construction, and maintenance can help prevent corrosion of concrete.
Fluorescence in concrete is the property of emitting visible light when exposed to ultraviolet light. This phenomenon can be achieved by adding fluorescent materials, such as pigments or dyes, to the concrete mixture. Fluorescent concrete can be used for decorative purposes in indoor and outdoor applications.
Concrete cannot be melted because it is made up of cement, water, and aggregates like sand and gravel. When exposed to high temperatures, the water in the concrete evaporates, causing the concrete to lose its structural integrity and strength, but it does not melt like metals.
The concrete bridge would expand when exposed to sunlight on a very hot day due to the heat causing the material to increase in size. As the concrete absorbs heat, the molecules within the material move faster and take up more space, leading to expansion.