High Quality Gfrp Mesh, 150mm, Ideal for Structural 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

The Glass Fiber Reinforced Polymer (GFRP) mesh, commonly referred to as fiberglass mesh, is a vital innovation in the construction industry. Crafted from intricately woven GFRP strands, this remarkable material plays a crucial role in reinforcing a variety of concrete structures, including slabs, walls, and other critical structural components. Its application is indispensable in enhancing the durability and strength of these elements.
GFRP mesh stands out as a cutting-edge, adaptable solution in the realm of contemporary construction. Its unique blend of corrosion resistance, lightweight nature, and formidable strength profoundly improves concrete quality. This innovation simplifies construction processes, reduces the burdens of maintenance, and significantly extends the lifespan of buildings, providing a comprehensive strategy for cost-effective construction.

Corrosion Resistance: A hallmark of GFRP mesh is its unparalleled ability to resist rust, even in the most challenging environments. Unlike traditional steel mesh, this advanced FRP mesh ensures an extended service life and substantially reduces the need for ongoing maintenance, making it an economical choice for long-term infrastructure durability.
Highly Chemical Resistant: GFRP mesh offers exceptional resistance to salt ions, acids, various chemicals, and the inherent alkalinity present in concrete, making it an ideal choice for constructing concrete structures in coastal regions. Whether near seas, oceans, lakes, or rivers, GFRP mesh ensures the integrity and longevity of structures in these demanding environments.
Lightweight: GFRP rebar boasts an impressive weight advantage, being nine times lighter than steel rebar of equivalent strength. This significant reduction in weight translates to easier handling and transportation, ultimately facilitating more efficient construction processes.
Strength: Fiberglass rebar offers an outstanding tensile strength that surpasses steel by threefold. Additionally, GFRP exhibits substantially stronger bonding with concrete compared to steel, which greatly enhances the concrete's resistance to cracking and contributes to the overall robustness of the structure.

Embrace the transformative advantages of utilizing GFRP mesh in your construction projects:
Dramatically reduce rebar scrap with the use of GFRP mesh, enhancing both cost-effectiveness and sustainability in your construction processes.
Effortlessly cut and machine GFRP mesh, providing unmatched versatility and adaptability in meeting diverse construction needs.
Experience ease and speed in installation with GFRP mesh, significantly minimizing labor costs and project timelines.
Benefit from lower transportation and storage costs, thanks to the lightweight nature of GFRP mesh, ensuring savings throughout the project's logistics.
Achieve reduced whole-life project costs with GFRP mesh, offering long-term financial advantages while maintaining superior performance and durability.

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