ÂÌñÏׯÞ

Published

Advanced Infrastructure Technologies launches third division for FRP composites

New operating division AIT Manufacturing currently offers GBar, GBolt, GMat, GCage and GWall composite products for the infrastructure industry.

Share

AIT Gbolt product.

AIT Manufacturing’s Gbolt products. All photo credit: Advanced Infrastructure Technologies

(AIT, Brewer, Maine, U.S.) an innovative fiber-reinforced polymer (FRP) composite solution provider, announced on Feb. 16 the addition of a new operating division: AIT Manufacturing. This new division adds to AIT’s two existing divisions: AIT Bridges, a composite bridge supplier that uses technology developed in cooperation with the  and AIT Buildings & Structures, a marketing division for all non-bridge-related composite solutions. AIT Manufacturing specializes in the fabrication of FRP composite reinforcing solutions for the infrastructure industry.

AIT Manufacturing, located in North Randall, Ohio, U.S., is overseen by retired U.S. Army engineer Charles Robertson. The division currently manufactures five products: GBar, GBolt, GMat, GCage and GWall. GBar is said to be the first fully threaded glass FRP (GFRP/BFRP) bar available to the market, and GBolt is a nut and coupler system designed for GBar. GMat and GCage are pre-assembled cages and mats using GBar, and GWall is an earth retaining wall system that is primarily designed as a seawall.

AIT Manufacturing products are now available for order, with expected delivery in Q2 2021. AIT Manufacturing is also a distributor of MiniBars and BasBar from ReforceTech AS (Norway). MiniBars are high-performance concrete structural macro-fibers, and BasBar is a basalt FRP composite rebar designed to reinforce concrete structures.

“AIT Manufacturing sets out to be the leading manufacturer of FRP composite reinforcing solutions for the infrastructure industry. This would not be possible without the FRP expertise that AIT and the ASCC brings,” says Charles Robertson, Group president, AIT Manufacturing. “Ohio has established itself as a composites industry hub, and we are looking forward to joining the list of successful businesses in the state. We are currently in production building inventory for Q2 deliveries; please reach out if we can supply composite solutions for your next project.”

AIT Gbar product.

Gbar, a fully threaded glass FRP.

For more than a decade, AIT has been developing FRP composites for the infrastructure industry. AIT was founded after licensing the “Bridge in a Backpack” technology from UMaine’s ASCC. From there, AIT has worked hand in hand with the ASCC to further develop and test the GArch and GBeam composite bridge systems, and other composite solutions. AIT then created its first operating division, AIT Bridges, with the idea of introducing more specialized composites divisions in the future. Now with three divisions, AIT says it can help supply FRP composite solutions from rebar to bridges, while continuing to develop composite innovations with the ASCC.

To show further commitment, AIT has rebranded itself with a new corporate and is increasing efforts to promote the benefits of FRP composites in infrastructure. AIT’s corporate website showcases the business, its operating divisions and more information on sustainability.

“We are excited to announce the addition of AIT Manufacturing to AIT’s operating divisions. AIT has been creating composite solutions in infrastructure for over a decade, and now we are able to provide a more comprehensive range of offerings for the industry,” says Brit Svoboda, chairman, and CEO of AIT. “It is imperative that we start using more composites in infrastructure to increase lifespan and decrease costs. We need more sustainable materials that leave a smaller carbon footprint, and composites do just that. We look forward to continuing to lead in driving more sustainable products and solutions to the market.”

Related Content

Trends

Swedish parking garage to incorporate decommissioned wind blades

Architect Jonas Lloyd is working with Vattenfall to design the multistory building with a wind blade façade, targeting eco-friendly buildings and creative ways to remove blades from landfills.

Read More
FRP Rebar

R-Tech Materials offers accredited composite rebar testing 

The independent U.K. lab has has developed a comprehensive suite of materials testing capabilities tailored to the growing demands of the construction sector.

Read More
Infrastructure

CCG meets customer demand with StormStrong utility pole lineup

Additional diameters build on the portfolio of resilient FRP pole structures for distribution and light pole customers.

Read More
Focus on Design

CirculinQ: Glass fiber, recycled plastic turn paving into climate solutions

Durable, modular paving system from recycled composite filters, collects, infiltrates stormwater to reduce flooding and recharge local aquifers.

Read More

Read Next

Composites Basics

Composite rebar for future infrastructure

GFRP eliminates risk of corrosion and increases durability fourfold for reinforced concrete that meets future demands as traffic, urbanization and extreme weather increase.

Read More
Construction

AIT Bridges contributes composite beams to Maine bridge replacement project

The Grist Mill Bridge in Hampden, Maine has reopened after a project to replace an aging steel bridge span with one comprising five composite beams.

Read More
Recycling

All-recycled, needle-punched nonwoven CFRP slashes carbon footprint of Formula 2 seat

Dallara and Tenowo collaborate to produce a race-ready Formula 2 seat using recycled carbon fiber, reducing CO2 emissions by 97.5% compared to virgin materials.

Read More