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HOT!(14 years authentic factory)3D fiberglass wire mesh
1.Weight reducing
2. fast production speeds
3.high quality
3D Glassfiber-reinforced composite is a kind of exclusive GFRP.which consists of two decklayers bonded together by vertical piles,these piles are woven into the decklayers thus forming an integral sandwich structure.Warp direction shows 8-shape as a typical structure characteristic.
It represents a strong designability,piles density (both in x and y directions),the height of the piles,the types and thickness of Glass fibers all could be designed,based on this,it could be developed to a variety of products with different performances and functions according to customers’ specific requirements.
It overcomes many disadvantages such as delamination and poor impact resistance,which are shown on conventional honeycomb core and foam core materials.Furthermore,it has a series of advantages like light-weight,corrosion resistance,high specific strength and modulus,high impact damage tolerance etc.
It is a new type of energy-saving,environment-friendly reinforcement with high-tech content.
 Features of 3D Glassfiber-reinforced composite
1.Weight reducing
compared with chopped strand mat and glass roving fabrics, 3D Glassfiber-reinforced composite can gain same thickness with 30% to 60% weight reduction.
 
2.Saving time with fast production speeds
     3D Glassfiber-reinforced composite can be made in one step because of integrated structure of performs, which dramatically cut the production process and time.
 
3.Superior and reliable performance
     It is easy to get even distribution for resin (because of excellent impregnation) and to inspect (through penetration uniformity of lights), so 3D Glassfiber-reinforced composite shows high strength and rigidity.
 
 
4.Easy processing
     Products could be made through easy and quick process
 
    Furthermore, with smooth decklayer surfaces, 3D Glassfiber-reinforced composite is more convenient to decorate. Its interstitial space provide an ideal basis for the installation of leaking-monitoring devices, and interstitial space can be stuffed with polyurethane foam, which can be used as thermal insulation material