Accordingly, our objective is to continually develop innovative solutions for post-tension construction in order to minimize the need for unnecessary expenses and the loss of valuable time.
Our commitment to excellence shines through every milestone, showcasing our unwavering dedication to setting the benchmark in our field.
Successfully Executed Projects Showcasing Unmatched Expertise and Reliability.
Over 5 million hours of collective expertise powering our success.
Enhance your construction projects with our premier post-tension solutions. From concept to reality, trust our pioneering expertise and commitment to excellence as your reliable building partner.
With efficient design and high strength-to-weight ratios, barrier cable systems are cost-effective alternatives to traditional walls, suitable for various structural needs.
PTE promptly repairs damaged cables and upgrades corroded steel cables with galvanized options, minimizing downtime and maintaining facility functionality.
PTE Offers condition assessment of existing buildings, code upgrades, certification, remediation specification and construction administration.
Strengthening weak concrete in new builds or renovations with carbon fiber, ensuring structural integrity and meeting design specifications.
The grout in bonded systems allows for better distribution of stresses along the entire length of the tendon, improving overall structural performance.
Bonded tendons provide better crack control in concrete structures due to the improved stress distribution and bond with the surrounding concrete.
Bonded systems typically offer higher ultimate strength capacity compared to unbonded systems, as the bond allows for better utilization of the tendon’s full strength.
Mono-strand systems offer rapid installation in various constructions like parking garages and offices, ensuring efficiency.
Featuring corrosion-inhibiting grease and plastic sheathing, ideal for harsh environments with moisture or industrial compounds.
PTE’s mono-strand systems utilize high-strength steel strands, popular among contractors for reliability and cost containment.
Larger diameter strands and anchors ensure reliability in heavy-loaded structures like bridges and transfer plates.
Ideal for various structures including containment tanks, nuclear vessels, and long-span beams, offering outstanding performance.
Eliminates susceptibility to corrosion with delayed steel installation and immediate cement grout pumping, ensuring long-term durability.
Suitable for various structures including transfer beams, walls, and foundations, offering high punching shear capacities with low installation costs.
PTE cuts, color-codes, and coils high-strength steel tendons according to precise specifications, ensuring optimal performance.
Utilizing cutting-edge stressing equipment, PTE achieves high-quality post-tensioned structures, guaranteeing impressive results and significant cost savings.
With an elite team and rigorous quality control procedures, PTE ensures client trust and loyalty through consistently superior outcomes.
Enhance your construction projects with our premier post-tension solutions. From concept to reality, trust our pioneering expertise and commitment to excellence as your reliable building partner.
Highlighting over four decades of experience in pioneering post-tension engineering design, and solutions.
Being the largest in-house design firm and supplier of un-bonded post-tension materials in the US, signifying leadership in the field.
Offering a full range of services from value engineering to project management, catering to diverse construction needs.
Showcasing a skilled in-house engineering department equipped with the latest technology and innovative engineers.
Building trust and lasting relationships by delivering superior post-tension expertise, from planning to site assistance, ensuring satisfaction at every step.
Prioritizing trust and relationships, ensuring unparalleled post-tension expertise and service for total customer satisfaction.
We provide excellent service, employ an elite and seasoned team of professionals, and utilize the best materials to achieve optimum results.’ It’s this philosophy that forms the core of our organization, ensuring the high caliber of results we deliver, ultimately satisfying and retaining our clients.
Enhance your construction projects with our premier post-tension solutions. From concept to reality, trust our pioneering expertise and commitment to excellence as your reliable building partner.
Essential components in construction, providing support and load distribution for buildings and infrastructure. Designed to withstand gravity loads, they ensure the stability and integrity of elevated structures like skyscrapers and bridges. Their innovative engineering enables the creation of safe and durable constructions that meet the demands of modern urban development
Foundational elements in construction, consisting of concrete poured directly onto leveled ground. They provide a stable base for buildings and structures, distributing loads evenly to prevent settling or shifting. Commonly used in residential, commercial, and industrial projects, slabs-on-grade offer a cost-effective and efficient solution for establishing durable foundations on various types of soil and terrain.
Massive concrete slabs that support multiple columns and/or walls. They distribute the weight of a building evenly over a large area, reducing the risk of settlement and ensuring stability on soft or variable soil conditions. Mat foundations are commonly used in high-rise buildings, industrial facilities, and structures where traditional isolated footings may be inadequate.
Structural elements designed to transfer loads from one point to another within a building or structure. Typically found in multi-story constructions or those with irregular load distributions, these girders play a critical role in redistributing weight and maintaining structural integrity. By efficiently transferring loads, they enable architects and engineers to design complex and innovative building layouts while ensuring stability and safety.
Crucial safety features used to provide protection against vehicle collisions. Typically installed along the perimeter of parking decks or ramps, these cables serve as physical barriers to prevent cars from inadvertently driving off edges or into pedestrian areas. Their durable construction and strategic placement enhance safety and organization within parking structures, contributing to a secure and efficient environment for drivers and pedestrians alike
Bridges, storage bins and, related structures encompass diverse engineering challenges, from designing efficient transportation routes to ensuring safe storage solutions. These projects require innovative solutions to meet varying environmental, structural, and functional demands.
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