Blog

FRP Rebar vs Natural Factors

FRP Rebar vs Natural Factors

Fiberglass Reinforced Polymer (FRP) can be used to strengthen and reinforce structures because of the method that is used to create the material. FRP is made up of a polymer matrix that is usually reinforced with fibers from glass, basalt, aramid or carbon. Because of the composed materials, FRP rebar is the perfect solution when looking for a lightweight, corrosion resistant, and heat resistant product to use in your concrete project. These qualities make using FRP perfect for any concrete project, whether it is a sea wall, bridge, garage or wharf, to name a few.  How FRP Handles High Temperatures…
Read More
Intro to Carbon Straps

Intro to Carbon Straps

Finding the best solution for #crackedconcrete can be tricky if you’re not sure what the best options are. We have found what works best for multiple circumstances are #carbonfiberstraps. Not only do they work perfectly for bowed walls and cracked foundations, but they are a great solution for reinforcing structures because of their strength and permanency. What makes Carbon Fiber Straps so useful?  Carbon fiber straps are perfect for concrete structure repairs because they are much lighter in weight than other reinforcing materials. They are incredibly strong, and are durable in water and high temperatures. The straps are created by…
Read More
What you need to know about #SFT-ARGlassFiber

What you need to know about #SFT-ARGlassFiber

Alkali resistant (AR) glass fibers are a great modern way of reinforcing your concrete/cement mix, while not having to compromise quality or strength. Concrete is a multi-purpose material and is strong on its own, but depending on the project you are working on, it is often beneficial to use some sort of material to reinforce it, and in this case, we are looking at why alkali resistant (AR) glass fibers, or SFT-AR GlassFiber, can make a difference in your construction.  What are alkali resistant (AR) glass fibers? Alkali resistant (AR) glass fibers are specifically designed to be used in concrete…
Read More
FAQ Related to FRP rebar Answered

FAQ Related to FRP rebar Answered

It’s not always easy to find the answers we are looking for, especially when it comes to technical information related to construction material. This is where SFTec’s specialists can help.  Our vast industry knowledge allows us to provide you with all the information you need to understand the benefits of FRP rebar and to evaluate if it is a good solution for your next concrete-based structure project (it likely is!). Here are some of our most common questions, answered.  What is FRP rebar? Although this material has existed for a very long time (since WWII to be exact), it is…
Read More
How SFT-Bar can help you save on costs

How SFT-Bar can help you save on costs

By now, you are pretty familiar with the benefits of using FRP rebar instead of steel in your concrete-based projects. If not, here are a few articles that can help. All these advantages are great, but at what cost? When evaluating the different materials to use in your project, one cannot deny the influence of costs on the final decision. It is often the determining factor in said project. Therefore, the most important question to answer is how can SFT-Bar help you save on costs? Continue reading to find out. Transport Costs Transport costs are unavoidable in the construction of…
Read More
Concrete-based bridges: Top 5 things to consider

Concrete-based bridges: Top 5 things to consider

Source used as reference: https://extremehowto.com/build-your-own-bridge/ What would we do without bridges? It is extremely easy to take these structures for granted because of the numerous bridges we encounter on a daily basis. As we have seen in recent events, they need to be maintained in order to keep serving their purpose, or we would have to rebuild them from scratch. In the case where we have to build, or rebuild, a concrete-based bridge project, there are several important things to consider. Here are the top 5.  1. Planning and Jurisdiction Based on the location of the bridge you would like…
Read More
What you need to know about SFT-Bar

What you need to know about SFT-Bar

To understand the benefits of SFT-Bar, it is important to get a good understanding of FRP rebar. FRP (Fibreglass Reinforced Polymer) is a composite material made of a polymer matrix reinforced with fibres. Several materials can serve as fibres, including, glass, basalt, carbon or aramid. Regardless of the material, SFT-Bar is the preferred choice for concrete-based projects due to their many advantages. Why Use SFT-Bar Instead of Steel? Depending on the type of concrete project, it is important to consider all the factors that could impact the durability and success of the structure in question. Following several studies, FRP rebar…
Read More
Bridges to be replaced in Quebec: an opportunity to rebuild using a more durable solution

Bridges to be replaced in Quebec: an opportunity to rebuild using a more durable solution

On July 11th, 2020, a news article outlining the results of a thorough inspection by the Bureau of Investigation revealed that more than 400 bridges in Quebec needed to be replaced as soon as possible due to their poor condition. This situation can be explained by several factors, according to the investigators, including the end of the bridges’ useful life, natural disasters, low maintenance, and failure to respect road weight regulations over the years.  Built in the 1960’s and 1970s, several structures must be quickly rebuilt to avoid irreparable damages. At least 350 bridges need to be replaced urgently to…
Read More
FRP rebar in marine or chemical environment projects

FRP rebar in marine or chemical environment projects

When it comes to long lasting concrete reinforced structures in marine chemical environment projects, it’s important to note that there are several challenges that can occur. Think of structures in the construction of wharfs, sea walls, wave breakers and water treatment plants. What are the challenges that can interfere with the success of such projects? First, we must consider the impact of chloride ions which can cause corrosion. Second, it’s crucial to assess the risk of water tension on the structure and determine its tensile strength. Finally, the last challenge consists of the handling of the materials while the structure…
Read More
Why use FRP Rebar in Precast Tunnel Segments

Why use FRP Rebar in Precast Tunnel Segments

The precast tunnel segments are considered to be one of the most challenging projects in the field of structural engineering in terms of durability. It is important to consider several factors when evaluating the success of this kind of project including the aggressivity of soils, significant temperature fluctuations, as well as environmental obstacles (such as the collection of waste water that could impact the tunnel’s integrity). This is where the implementation of FRP rebar comes in as an innovative solution to these problems. Glass FRP (GFRP) reinforcing bars have recently gained wide acceptance as a viable construction material for sustainable…
Read More