Glass Fiber Reinforced Polymer Mesh, 150mm, Strong Wall Reinforcement

• Customization: Available
• Surface Treatment: Epoxy Resin
• Color: Yellow,Green and So on
• Model NO.: YUANDA-GFRP02
• Thickness: 2mm-8mm
• Usage: Environmental Protection, Industral, Household, Wall Reinforcing
• Product Categories: Gfrp Mesh
• Molding Method: Resin Transfer Molding
• Material: E-Glass Yarn
• Fiber Type: GFRP
• Type: Epoxy FRP
• Mesh Size: 50mm,100mm,150mm,200mm
• Transport Package: Pallet
• Specification: 200g-950g
• Trademark: emobo
• Origin: China
• HS Code: 7019190090
• Production Capacity: 20000000m2

Product Description

Glass Fiber Reinforced Polymer (GFRP) mesh, more commonly recognized as fiberglass mesh, is an essential component in the world of construction, specifically designed for high-performance reinforcement. This exceptional material is crafted from intricately woven GFRP strands, making it indispensable for fortifying concrete elements. Whether it's slabs, walls, or other structural components, this mesh ensures superior strength and durability, proving its worth on every construction site.
In the realm of modern construction, GFRP mesh stands out as an innovative and versatile solution that transforms building projects. By amalgamating unparalleled corrosion resistance, a feather-light design, and impressive strength, this revolutionary mesh elevates the quality of concrete structures. It not only streamlines construction processes but also significantly reduces ongoing maintenance costs, thereby extending the lifespan of buildings and revolutionizing the industry.

Boasting exceptional corrosion resistance, GFRP mesh remains impervious to rust even in the most challenging environments. Unlike traditional steel mesh, this advanced FRP solution promises an extended lifespan and significantly reduced maintenance requirements, ensuring longevity and reliability in any setting.
Highly Chemical Resistant. GFRP mesh offers outstanding resistance to a range of corrosive agents, including salt ions, acids, various chemicals, and the inherent alkalinity of concrete. This makes it particularly vital when constructing concrete structures in coastal areas, where exposure to seas, oceans, lakes, and rivers presents a harsh environment for traditional materials.
Lightweight. GFRP rebar is a remarkable 9 times lighter in weight compared to steel rebar of equivalent strength. This not only simplifies handling and installation but also reduces transportation costs, making it a preferred choice for modern construction.
Strength. Fiberglass rebar offers a remarkable advantage with its tensile strength being three times greater than that of steel. Furthermore, GFRP exhibits a substantially stronger bond to concrete, which enhances its resistance to cracking, thereby offering superior performance in reinforced concrete applications.

Advantages of using GFRP mesh
Reduction of rebar scrap. Utilize GFRP mesh to achieve a significant decrease in rebar waste, optimizing material usage and contributing to a more sustainable construction process.
Easily cut and machined. The adaptability of GFRP mesh allows for easy cutting and machining, ensuring that it seamlessly integrates into any construction project, tailored precisely to your structural requirements.
Easy and Rapid Installation time. GFRP mesh facilitates swift and effortless installation, minimizing labor costs and project timelines, and maximizing efficiency in construction.
Lower transportation & storage costs. Benefit from the reduced weight of GFRP mesh, which translates to lower transportation and storage expenses, enhancing overall project cost-efficiency.
Reduced whole-life project costs. By incorporating GFRP mesh, projects enjoy a reduction in total lifecycle costs, thanks to its durability, low maintenance, and superior performance, ensuring value long after construction completion.

Glass Fiber Reinforced Polymer mesh
Open Mesh Size (mm)	Diameter(mm)	Weight(g/m2)	Width(mm)	Length(m/roll)
50*50	∮2	210	1000	50
50*50	∮2.5	330	1000	50
50*50	∮3	440	1000	50
50*50	∮4	780	1000	50
100*100	∮2	110	1000	50
100*100	∮2.5	180	1000	50
100*100	∮3	250	1000	50
100*100	∮4	410	1000	50
100*100	∮5	640	1000	50
100*100	∮6	1110	1000	50
150*150	∮3	170	1000	50
150*150	∮4	280	1000	50
150*150	∮5	440	1000	50
150*150	∮6	700	1000	50
200*200	∮4	200	1000	50
200*200	∮5	370	1000	50
200*200	∮6	540	1000	50
200*200	∮7	800	1000	50
200*200	∮8	950	1000	50