The Laticrete® Supercap® system is a revolutionary way of capping new or existing concrete slabs in a fraction of the time and cost of traditional methods. It has transformed the capping process by utilizing a Mobile Blending Unit (pump truck) with computer controlled accuracy for installation that is significantly faster than traditional capping methods.
EZG® Mud Hog® Mixer Fast Facts
Read what sets the EZ Grout mixer apart from the rest in this fact filled Q&A.
Breakthrough Precasting Production, Performance and Profits with Xtreme Series!
Find out why so many quality-minded contractors have made Surecrete their supplier of choice. We've pulled together the Top 10 reasons.
The Burke Lockable Dowel - Revolutionizing the Post Tension Process
Imagine a post-tension concrete project with no pour strips, improved job site safety, and a process that eliminates approximately 30 days of construction time. View this quick step-by-step animation of a slab-to-wall installation.
Revolutionizing Post-Tension Precast Concrete
Save a significant amount of time and materials over other construction methods with the use of Burke Lockable Dowels. Improve site access, minimize formwork requirements, and accelerate the rate of construction.
Burke Lockable Dowel Fast Facts
The Burke Lockable Dowel eliminates the need for unsafe, costly and disruptive pour strips. In most cases, project schedules may be cut by up to 30 days or more. Review some of these fast facts.
Goodbye Pour Strips: Post-Tensioned Breakthrough Now Available in the US
Burke Lockable Dowel system is transformative—allowing for quicker delivery schedules and needless disruption. No pour strips. No safety worries. No shoring or cleaning.
Take Your Business to a New Level
Concrete raising is a highly profitable business that has been proven successful. It is an easy to learn, turnkey business opportunity that allows you to be your own boss. You don't need any previous experience, we'll teach you how.
Take Raising Concrete to a New Level
Settled concrete is commonly a result of poor soil conditions bellow a slab. You need a solution that doesn't overburden the already weak soil, fills any voids, raises concrete, and never loses its density. Polyurethane offers all of this and more. See the difference for yourself.
CMU Embodied Carbon Series: Not All Concrete is the Same
This presentation is the first module in our CMU embodied carbon series and focuses on how concrete masonry units (CMU) differ from traditional wet-cast concrete in terms of carbon impact. Concrete Masonry Units (CMU) are made with dry-cast concrete (zero-slump) which uses less water and cement than wet-cast concrete, because of differences in manufacturing. The unique structure of dry-cast concrete enables increased rates of natural carbon dioxide sequestration at a much faster rate than most other types of concrete. We will set the stage for the concrete and carbon sequestration discussion by looking at the larger geologic carbon cycle and greenhouse gas emissions; and how it all relates to climate change. We will then look at the concrete carbon cycle and recent CMHA sequestration research and testing which demonstrates the accelerated sequestration rates substantially reducing the overall embodied carbon of dry-cast CMU construction.