T-SLAB takes precast concrete floor systems to the next level

T-SLAB takes precast concrete floor systems to the next level

Last summer, Tindall announced the launch of an innovative precast concrete floor system called the Tindall Superior Lightweight All-Purpose Beam (T-SLAB). Designed with architects, engineers, and contractors in mind, this new slab system entered the market with the power to revolutionize the way designers and builders think about precast. Now, one year later, T-SLAB is doing just that. Earlier this year, Tindall leveraged T-SLAB in the beam’s first total precast project, marking this innovative system’s first major step into the world of construction. Learn more about how T-SLAB works and the story behind its inaugural project below.

T-SLAB at a glance
T-SLAB is a new, patented precast concrete floor system designed to offer all the advantages of the industry’s most effective building materials in a single, 100 percent precast solution. As one of the most versatile slab systems ever made, T-SLAB delivers the strength and design flexibility builders need, but without the price tag they might expect. Watch the video below for a quick look at the innovation behind this new slab system.

Advantages of T-SLAB
By leveraging multiple concrete types and the time-tested principals of Roman architecture design, T-SLAB delivers a stronger, lighter, more flexible precast slab that still offers the strength and reliability builders have come to expect from precast concrete. Some of the advantages of T-SLAB include:
● high strength and low weight;
● competitive pricing;
● long spans and multi-span capabilities;
● significant design flexibility;
● up to 12-foot widths;
● high sound rating;
● four-hour fire rating; and
● so much more.

How does T-SLAB work?
To produce a T-SLAB, we begin by creating a series of super lightweight concrete blocks, or ribs. These blocks are extruded by a special piece of equipment called a lightweight aggregate casting (LAC) machine. In many ways, this machine serves as a 3D printer for concrete. Blocks can be placed where they are needed or left out to accommodate various design elements, such as floor drains, electric conduits and boxes, solid zones, large openings with additional reinforcement, and more. These lightweight concrete blocks serve as the core of the T-SLAB and provide a grid for placing both traditional and prestressed reinforcement.

Next, we encase the core in high-strength, self-compacting concrete. This creates a series of strong arches inside the slab, facilitating load distribution across the full width of the beam. Once cured, this two-step process results in a stronger, lighter slab system, one which does not compromise on design flexibility, durability, or speed.

How is T-SLAB used?
With its numerous advantages and competitive pricing, T-SLAB is perfect for a wide range of common construction projects. Some of the best applications for this flooring system include offices, schools, dorms, multi-family housing, and medium- and high-rise structures.

T-SLAB also gives Tindall the power to readily convert any design into total precast, the most aesthetically flexible, functionally durable, and structurally efficient type of construction on the market today.

T-SLAB in action
Earlier this year, Tindall developed a total precast weight room with an amenities area for Travelers Rest High School in Travelers Rest, South Carolina. This marked the first of nine projects planned in association with Greenville County Schools, W.M. Jordan, and Goodwyn Mills Cawood (GMC). This 435-m2 (4686-sf) project utilized the all-new T-SLAB system, making it the first total precast structure of its kind in the United States.

The main body of this total precast structure used load-bearing, insulated wall panels. The exterior of these panels featured a simple clad brick design perfectly matching the surrounding school structures. These walls also featured built-in haunches to support the T-SLABs, which comprised the roof of the structure.

This project’s total precast design eliminated the redundancy of steel framing necessary for conventional building, and the solution was superior to traditional cavity wall masonry construction in every conceivable way. Thanks to T-SLAB and the inherent benefits of total precast construction, Tindall delivered a cost-effective solution with faster onsite schedules and a stronger, more efficient building for the owner.

“We knew from the start T-SLAB would be perfect for this addition. It checked all the right boxes. Between budgetary constraints and a compressed timeline, T-SLAB was the obvious solution—and it paid off,” said Justin Lucas, AIA, senior project architect, GMC.

Is T-SLAB right for your next project?
Travelers Rest High School was the first of many T-SLAB projects for Tindall. Today, this innovative system is being used in numerous projects, including structures in Florida and Virginia. T-SLAB empowers total precast designs, enables significantly faster schedules, and outclasses the competition at every turn. Maybe that is why architects, engineers, and contractors around the Southeast and South-Central U.S. are exploring T-SLAB as an option for their upcoming designs. To learn more about how T-SLAB could impact your next project, or to read more about Tindall’s commitment to innovation, head over to our website.

All information listed in this section was submitted by Tindall.
Kenilworth Media Inc. cannot assume responsibility for errors of relevance,
fact or omission. The publisher does not endorse any products featured in this article.

Leave a Comment


Your email address will not be published. Required fields are marked *