Our patented FRP technology for seismic reinforcement and lifespan upgrading is cost effective.
A cost effective alternative to OPC, Geopolymer Concrete dries faster and is more suited to harsh environments.
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FRP Spray was designed to increase shear and tensile strength in order to carry out emergency repairs after an earthquake or to strengthen structures prior to a seismic event with an easy to apply FRP spray gun. The structure would first be inspected and assessed by our licenced engineers using a variety of investigative instruments and techniques. Recommendations are made to the contractor on repair requirements and the product is then sprayed on based on thickness measurements determined by the engineer.
The United States alone has over 685,000 bridges past their service life. British Columbia is currently overhauling seismic requirements for schools, hospitals and infrastructure. PolyRAP's FRP Spray is a solution to seismic and lifespan upgrading.
Base Arrangement and Primer Resin
Spraying and Impregnation
Anant Parghi, PhD
Brendan Pogue, MBA
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Revolutionary Cost Effective Alternative to OPC
PolyRAP, in collaboration with the University of British Columbia, has begun preliminary development of Glo-Glass Technology. These products exceed ASTM standards for non-load bearing interior bricks. Applications for Glo-Glass products include Indoor flooring Feature walls Commercial logo’s Translucent walls For more information on these products and how PolyRAP can serve you, please contact us!
Mine tailings are waste rock produced by mining operations during the extraction of precious metals. Current mining operations in Canada produces millions of tons of mine tailings each year. As an example, for each ton of rock in a gold mine roughly 2-3 grams of gold is extracted; the remaining material is defined as mine[…]
PolyRAP has spent nearly two years refining the admixture of glass to polymer and geopolymer modified soils. The following is a simplified form of our research conclusions. We are currently seeking partners for our recycled products industry, both suppliers and end customers. Please contact us today for more information. As opposed to other fine particles,[…]
This industry comprises establishments primarily engaged in manufacturing concrete pipe, brick and block from a mixture of cement, water and aggregate. Example Activities: Architectural block, concrete (e.g., fluted, screen, split, slump, ground face), manufacturing Blocks, concrete and cinder, manufacturing Bricks, concrete, manufacturing Cinder (i.e., clinker) block, concrete, manufacturing Concrete blocks, bricks and pipe, precast, manufacturing[…]
Project Description: A remote section of road in Northern British Columbia was treated with a topical seal coat for dust control and wear course stabilization. Project Objectives: The objective of this application was to reduce fines migration from the compacted base road, reduce maintenance and resurfacing work to remove potholes, reduce re-gravelling due to loss[…]
Project Description: Terratech polymer technology was used for road shoulder stabilization along Highway 16 near Saskatoon, Canada. A 1.5 m wide section of road shoulder was stabilized intermittently between asphalted sections. Vehicular wear and shoving of the aggregate from the surface caused deterioration of the shoulder and a potentially hazardous condition for trucks and cars.[…]
Project Description: T-PRO® 500 was chosen to create a 1-acre visitor parking lot for a local southern California Winery. Terratech’s polymer soil stabilization technology was the low cost, high-performance alternative to standard asphalt and concrete paving systems. Project Objectives: A 3-inch deep, infused application with a light topical seal coat was engineered to construct the parking surface. The[…]
Project Description: Construction of an engineered unpaved road for emergency fire access capable of supporting a fully loaded 80,000 lb fire truck. Project Objectives: Preliminary geotechnical investigation and laboratory testing determined that a blend of native soil and import Class II base infused with a 0.75% polymer admix would develop the bearing strength required to support an[…]
Project Description: The unpaved roads in southern Spain generate dust in the summer and erode during the rainy season. The proactive regional government selected Terratech to engineer a solution to improve local infrastructure and implement an effective method of erosion and dust control. The project was designed to showcase polymer road building technology and its ability[…]
Project Description: Terratech used a light topical polymer application for a municipal road dust suppression project in the rural province of Extremadura. Dust generation in the rural parts of Spain is a big issue. Most non-urban municipal roads are constructed from aggregate road base or locally available crushed granite. During the dry summer months, dust generation[…]