alkali resistant fiberglass mesh

Fiberglass fuzz mesh is produced with fiberglass bulked yarn in a cross direction which is specially used to reinforce and cohere mosaic or marble. Because of the bulked fiberglass yarn, the mesh has more touch area with marble, mosaic, and stone. So the mesh can reinforce mosaic, marble, and stone more evenly. It can protect marble, and mosaic better.

Fiberglass alkali-resistant mesh is on the basis of C-glass or E-glass fiberglass weaved fabric, then coated with alkali-resistant liquid. It possesses properties of high strength, good cohesion, and anti-alkali. Thus, fiberglass mesh is the ideal construction material for EIFS (exterior insulation and finish system), widely used for wall reinforcement, and roof waterproofing.

Fiberglass alkali-resistant mesh is on the basis of C-glass or E-glass fiberglass weaved fabric, then coated with alkali-resistant liquid. It possesses properties of high strength, good cohesion, and anti-alkali. Thus, fiberglass mesh is the ideal construction material for EIFS (exterior insulation and finish system), widely used for wall reinforcement, and roof waterproofing.

Polyester mesh reinforced polyester mat is polyester mat reinforced by polyester mesh, the polyester mesh is the key point to its performance. The tensile strength of the reinforced polyester mat can be tailored by changing the thickness of the polyester yarn and the mesh size to meet different demands on tensile strength from customers.

Fiberglass fuzz mesh is produced with fiberglass bulked yarn in a cross direction which is specially used to reinforce and cohere mosaic or marble. Because of the bulked fiberglass yarn, the mesh has more touch area with marble, mosaic, and stone. So the mesh can reinforce mosaic, marble, and stone more evenly. It can protect marble, and mosaic better.

Fiberglass fuzz mesh is produced with fiberglass bulked yarn in a cross direction which is specially used to reinforce and cohere mosaic or marble. Because of the bulked fiberglass yarn, the mesh has more touch area with marble, mosaic, and stone. So the mesh can reinforce mosaic, marble, and stone more evenly. It can protect marble, and mosaic better.

Fiberglass alkali-resistant mesh is on the basis of C-glass or E-glass fiberglass weaved fabric, then coated with alkali-resistant liquid. It possesses properties of high strength, good cohesion, and anti-alkali. Thus, fiberglass mesh is the ideal construction material for EIFS (exterior insulation and finish system), widely used for wall reinforcement, and roof waterproofing.

Polyester mesh reinforced polyester mat is polyester mat reinforced by polyester mesh, the polyester mesh is the key point to its performance. The tensile strength of the reinforced polyester mat can be tailored by changing the thickness of the polyester yarn and the mesh size to meet different demands on tensile strength from customers.

Fiberglass alkali-resistant mesh is on the basis of C-glass or E-glass fiberglass weaved fabric, then coated with alkali-resistant liquid. It possesses properties of high strength, good cohesion, and anti-alkali. Thus, fiberglass mesh is the ideal construction material for EIFS (exterior insulation and finish system), widely used for wall reinforcement, and roof waterproofing.

Fiberglass fuzz mesh is produced with fiberglass bulked yarn in a cross direction which is specially used to reinforce and cohere mosaic or marble. Because of the bulked fiberglass yarn, the mesh has more touch area with marble, mosaic, and stone. So the mesh can reinforce mosaic, marble, and stone more evenly. It can protect marble, and mosaic better.

Fiberglass fuzz mesh is produced with fiberglass bulked yarn in a cross direction which is specially used to reinforce and cohere mosaic or marble. Because of the bulked fiberglass yarn, the mesh has more touch area with marble, mosaic, and stone. So the mesh can reinforce mosaic, marble, and stone more evenly. It can protect marble, and mosaic better.

Fiberglass mesh reinforced Polyester nonwovens are the combination of the flexibility of polyester with the stability of fiberglass's excellent runnability, especially at high temperatures and when used on high-speed bitumen lines. It also gives the bituminous membrane outstanding dimensional stability and resistance over time.