Glass Fiber Surface Tissue

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Glass Fiber Surface Tissue

Glass fiber surface tissue is a fine mat that improves the finish on finished FRP products. It is used to cover coarse surfaces of chopped strand mat to eliminate print through and helps in wetting out the resin.

The sizing on the glass fiber surface is important to ensure wetting with resin as well as the strength of the interface between fiber and matrix. The sizing must also be compatible with the application process.


GRECHO’s glass fiber surface tissue mat is strong and durable. It’s also easy to work with and can be used in multiple lamination processes such as winding, hand lay-up and pultrusion. Its high tensile strength is the result of its thin, amorphous structure. This means that the atoms are bonded at the corners of the cube rather than on its surface. This also makes it more ductile and less prone to corrosion than other fiberglass materials.

Additionally, glass fiber’s elongation resistance is much higher than that of steel, making it more durable. Furthermore, it’s also a much lighter material, meaning that it can withstand more stress without bending or breaking.

The strength of GRECHO’s glass fiber surface tissue is further enhanced by Uniaxial Plastic Geogrid its porosity. This allows it to absorb a significant amount of resin. This is a useful feature for FRP products, as it helps them to form a resin-rich layer and improves their overall quality.

It can also help to prevent liquid leaks in the case of glass pipes and tanks. This is particularly important in industries where these leaks can cause severe environmental damage. This is facilitated by the fact that C-glass has good chemical impact resistance, thanks to calcium borosilicate present in it. This is why it’s often used in the outer laminates of pipes and tanks that hold water and chemicals.


Glass fiber surface tissue provides great corrosion resistance, making it an excellent choice for use in industries that handle corrosive materials. This resistance to chemicals can extend the life of FRP products, which helps reduce maintenance costs and increase customer satisfaction.

Corrosion of glass fibers in composites is dependent on the chemistry of the glass and the sizing used to make it compatible with the polymer system. A wide range of glass compositions and sizings have been tested in a variety of corrosive environments to determine the effect on corrosion performance.

E-glass, also known as electronic glass fiber, is the most common type of glass for fiberglass-reinforced plastics. This type of glass has good alkali and acid resistance and high heat resistance. It is also very durable and abrasion-resistant.

C-glass, or chemical glass, is often used as a surfacing mat for pipes plastic geogrid and tanks that hold water and chemicals. This type of glass has a very high concentration of calcium borosilicate, which makes it resistant to a wide variety of chemicals.

To remove rust from the surface of fiberglass, apply baking soda to the spot. Wet a nylon brush with water and scrub the baking soda into the discolorations. Let it sit for an hour before rinsing it off. Repeat this process if necessary until the stains disappear.

Water Resistance

Unlike natural products such as wood and paper, fiberglass does not decompose when exposed to water. It also resists corrosion and is an excellent insulator. This makes it a popular choice for use in the construction of buildings, boats, and vehicles.

Glass fiber surface tissue mats are used to strengthen the resin-rich gel coat surfaces of glass fiber reinforced plastic (GRP) components. They also improve the appearance of the finished product by masking the reinforcing fibre pattern. This is particularly useful in hand lay-up and pultrusion processes.

In the manufacturing process, surfacing veil reduces the number of resin-rich pockets in the gel coat and helps to eliminate print through. It also increases the tensile strength of the gel coat and improves the surface finish. In addition, the surfacing veil prevents the gel coat from losing its shear strength.

GRE-Glass surfacing veil is ideal for a wide variety of applications and offers high strength performance, hot tensile and thermal stability. It also has good dielectric properties and is compatible with most resins.

ECR glass fiber, commonly referred to as electronic glass fiber, has alkali and acid resistance and is compatible with polyester and vinyl ester resins. It also demonstrates low electrical leakage and superior mechanical strength compared to E-glass. C-glass, also known as chemical glass, is ideal for corrosive environments due to its high concentration of calcium borosilicate.

Heat Resistance

Glass fiber surface tissue is used to isolate the substrate fiberglass fabrics from corrosion, abrasion and moisture, which significantly enhances the quality and durability of the finished GRP product. It also increases the flexural strength and the glass transition temperature. It can be applied to saturated polyester resin, epoxy resin and phenolic resin composites according to the applying process. It can be divided into winding BM (W) series, hand lay-up BM (H) series and pultrusion BM (P) series.

Heaterk offers a variety of coated glass fiber cloth products. For example, our high-performance fire resistant fiberglass fabric is coated with acrylic acid and other unique sizing materials to improve the wear resistance of the glass fiber base cloth and reduce its oil, solvent and heat resistance. This material is a perfect choice for use in fire blankets, welding curtains and protection covers.

The chemical resistance of fiberglass surface tissue is a major benefit in industries that handle corrosive chemicals. It is commonly used as the outer layer in laminates for pipes and tanks that hold water and chemicals. It can withstand exposure to alkaline and acidic chemicals without degrading. It also has a low dielectric constant, which is facilitated by the presence of calcium borosilicate in its composition. Our glass fiber surface tissue mats are ideal for a wide range of applications and can help you achieve superior results in your manufacturing process.

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