Atkore’s Post

Are fiberglass reinforcements useful? This is a question often asked by construction professionals and engineers looking for durable and reliable reinforcement solutions. Glass fiber rebar, also known as GFRP (glass fiber reinforced polymer) rebar, is becoming increasingly popular in the construction industry due to its many advantages. #fiberglass #fiberglassrebar #constructionindustry https://lnkd.in/enaiKk_q

There are various types of fiberglass profiles available, including: Fiberglass I-Beams: These are structural profiles made of fiberglass and are designed to provide high strength and stiffness in applications such as beams, columns, and trusses. Fiberglass C-Channels: These profiles have a C-shaped cross-section and are commonly used for applications where lightweight, corrosion-resistant, and high-strength properties are required. Fiberglass Angles: Fiberglass angles are L-shaped profiles that offer excellent resistance to corrosion, high strength, and durability. They are often used for framing, support structures, and as reinforcements. Fiberglass Tubes: Fiberglass tubes are cylindrical profiles made of fiberglass and are available in various diameters, lengths, and wall thicknesses. They are commonly used in applications such as electrical insulation, aerospace components, and structural reinforcements. Fiberglass Rods: Fiberglass rods are solid cylindrical profiles that offer high strength, lightweight, and excellent dimensional stability. They are commonly used in diverse applications such as construction, marine, and sports equipment. Fiberglass Flat Sheets: Fiberglass flat sheets are thin, flat profiles that offer high strength, low weight, and resistance to chemical corrosion. They are used in industries such as transportation, construction, and renewable energy. We can also produce fiberglass grating, and fiberglass rebars, and can customize any profiles that customers need。 Each type of fiberglass profile has its own unique characteristics and is designed to suit specific applications based on factors like load-bearing requirements, weather resistance, and cost-effectiveness. #fiberglass #fiberglassProfiles #grp #frp #construction #glassfiber #agricultural Web: www.frp-cqdj.com Email: marketing@frp-cqdj.com WhatsApp: +8615823184699

Get the all-new Strut System Comparison Chart to learn about the unique benefits of fiberglass compared to aluminum and steel. Discover why fiberglass could be the best fit for your projects, especially in corrosive environments. Download the chart @ https://hubs.ly/Q02wRSwD0 *Made in the USA* #strutchannel #mechanicalengineer #mechanicalengineering #steel #aluminum #fiberglass #corrosionresistance

Advantages of MaxiLADDER FRP Ladders - MaxiLADDER FRP Ladders (Fibreglass Reinforced Polymer) have several advantages over traditional metal ladders. https://lnkd.in/gG-axkWt

🏗️ What is FRP (Fiber Reinforced Polymer) jacketing? It's a technique to reinforce concrete beams and columns by wrapping them in fiber-reinforced material, adding extra strength and stability. https://lnkd.in/g8tZ5EqD

If you're looking for fiberglass rebar for structural use, we might not be on the same page. While I'm always eager to help companies make a profit, there are certain things I won't compromise on. Sorry, OSB and hash browns, you're on that list too! #structuralengineering #constructionmaterials #sustainability

This is a part of a detailed document that explains how to use fiber-reinforced polymer (FRP) for strengthening concrete structures in flexure. FRP is a composite material that combines high-strength fibers with polymer resins, and can be used as external reinforcement for concrete beams and slabs. FRP has many advantages over steel reinforcement, such as resistance to corrosion, cracking, and temperature effects. FRP can also improve the flexural strength and stiffness of concrete members. In this document, we will present the design principles and guidelines for using carbon fiber-reinforced polymer (CFRP), a type of FRP, for enhancing the flexural performance of concrete members. We will also provide a detailed example of beam that requires flexural strengthening with CFRP. Follow us for more posts and share this document if you find it beneficial. #structural_design #concrete #Ecp203 #FRP #concreterepair

Fiberglass pultruded profiles are widely used in various industries for their exceptional performance and durability. In the construction industry, they are used for structural reinforcement, window frames, and roofing products. The electrical industry uses fiberglass profile for cable trays, ladder racks, and protective enclosures due to its non-conductive properties. In the transportation industry, pultruded profiles are used for reinforcing parts like bumpers, hoods, and spoilers. They also find application in the marine industry due to their resistance to saltwater and extreme weather conditions. The wind energy sector uses fiberglass profiles for the construction of wind turbines. They have also been used in the sports industry for the construction of various structures like balance beams, poles, and high jump standards. Due to their corrosion resistance, low maintenance costs, and high strength, fiberglass pultruded profiles will continue to be widely used in many different applications and industries. #CompositeProducts #ConstructionMaterials #StructuralEngineering #CompositeMaterials #FiberglassEngineering #IndustrialSolutions #EcoFriendlyProducts

we are ready to explore the methods and materials for repairing or strengthening concrete structures

Lignocellulum – the fusion of wood and gypsum forged neatly into WRB panels called the Everlasting Waterstopper. Its properties include high water absorption, dimensional instability, and a high propensity for disintegration upon freeze-thaw cycling. It’s semi-structural, semi-combustible, and semi-resistant to mold, termites, and debris impacts. It has dynamic surface energies that change over time, temperature, application, and virtually all other variables. Yet, tapes, sealants, and adhesives stick to it ‘tenaciously’ per AAMA 711 and 714. Though it does not meet the intent of the code, acceptance is gained via ASTM E331. There’s no need for a protective coating or water resistive barrier. It’s configured with two factory-applied layers that neither impede nor hasten water transport. Thus, panels may be installed with its labeling ‘this side out’ facing either inwards or outwards. Joints are treated with Everlasting Waterstopper – LS (liguid stopper) Treatment of exposed fastener heads is optional. Built Environments #buildingscience #materialsscience #buildingmaterials #buildingproducts #waterpenetration #waterresistance #buildingenclosures #buildingenvelopes #buildingcodes #evaluationreports #buildingcodes #ASTM