E-Glass/ C Glass Fiberglass Woven Roving

E-Glass/ C Glass Fiberglass Woven Roving System 1

E-Glass/ C Glass Fiberglass Woven Roving

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Loading Port:: Shanghai

Payment Terms:: TT or LC

Min Order Qty:: 16000 kg

Supply Capability:: 160000Kg Per Month kg/month

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1.Brief Introduction

Woven Rovings are compatible with unsaturated polyester, vinyl ester, epoxy and phenolic resins.
Woven Rovings are a high-performance reinforcement widely used in hand lay up and robot processes to manufacture boats, vessels, plane and automotive parts, furniture and sports facilities.

2.Product Features
Warp and weft rovings aligned in a parallel and flat manner, resulting in uniform tension
Densely aligned fibers, resulting in high dimensional stability and making handling easy
Good moldability, fast and complete wet out in resins, resulting in high productivity

3.Product Specifications

Property	Area Weight	Moisture Content	Size Content	Width
	（%）	（%）	（%）	（mm）
Test Method	IS03374	ISO3344	ISO1887
EWR200	±7.5	≤0.15	0.4-0.8	20-3000
EWR270
EWR300
EWR360
EWR400
EWR500
EWR600
EWR800

Special specification can be produce according to customer requirements.

E-glass/ C glass Fiberglass Woven Roving
4.FAQ

Packaging：
Each woven roving is wound onto a paper tube which has an inside diameter of 76mm and the mat roll has a diameter of 220mm. The woven roving roll is wrapped up with plastic film，and then packed in a cardboard box or wrapped up with kraft paper. The rolls can be horizontally placed. For transportation, the rolls can be loaded into a cantainer directly or on pallets.

Q:Are there any environmental considerations when using fiberglass mat tissue?: There are numerous factors to consider in terms of the environment when utilizing fiberglass mat tissue. First and foremost, the production process for fiberglass mat tissue necessitates the consumption of energy and resources. This involves extracting non-renewable raw materials like silica sand, limestone, and soda ash. Furthermore, the energy-intensive procedure of melting these materials at high temperatures contributes to greenhouse gas emissions. In addition, the manufacturing of fiberglass entails the utilization of chemicals such as resins and binders, which can be environmentally harmful if not properly managed. If these chemicals are not handled and disposed of correctly, there is a potential risk of them seeping into water bodies or soil. Moreover, fiberglass mat tissue is not capable of biodegradation. It can take hundreds of years for it to decompose in a landfill. Inadequate disposal of fiberglass mat tissue can lead to environmental pollution and contribute to the ongoing waste management issue. Lastly, the use of fiberglass mat tissue in certain applications, such as insulation or construction, can have implications on energy efficiency. While fiberglass is an effective insulator, its production and installation may require additional energy inputs, such as the use of fossil fuels for transportation or heating during installation. To address these environmental considerations, it is crucial to promote sustainable practices in the production and use of fiberglass mat tissue. This can involve implementing energy-efficient manufacturing processes, reducing the utilization of harmful chemicals, encouraging the recycling or reuse of fiberglass materials, and exploring alternative materials with lower environmental impacts.

Q:How does fiberglass mat tissue compare to polystyrene insulation?: Fiberglass mat tissue and polystyrene insulation serve different purposes as insulation materials, each with their own unique characteristics and advantages. Fiberglass mat tissue is composed of woven strands of glass fibers that form a mat. It is commonly used for heat and sound insulation. This material is known for its exceptional thermal insulation properties, effectively resisting heat transfer in both hot and cold environments. Additionally, it is resistant to moisture and does not facilitate the growth of mold or mildew. On the other hand, polystyrene insulation is a foam material made from expanded polystyrene beads. It is widely used in construction due to its ability to provide efficient thermal insulation and its adaptability to different spaces through shaping or cutting. Polystyrene insulation is recognized for its high compressive strength, making it ideal for applications requiring support. It is also lightweight, resistant to moisture, and exhibits excellent durability. When comparing fiberglass mat tissue to polystyrene insulation, several notable differences should be considered. Fiberglass mat tissue is generally more flexible and easier to install on irregular or curved surfaces. Moreover, it offers superior fire resistance, as it does not burn or emit toxic gases when exposed to flames. However, fiberglass mat tissue tends to be more expensive than polystyrene insulation and may necessitate additional protective measures during installation, such as gloves and masks, due to potential skin and respiratory irritation. Conversely, polystyrene insulation is more cost-effective and simpler to handle and install compared to fiberglass mat tissue. It also exhibits enhanced resistance to moisture, making it suitable for applications in humid environments or areas prone to water exposure. Nevertheless, polystyrene insulation is more flammable than fiberglass mat tissue and releases toxic gases when burned. In conclusion, the choice between fiberglass mat tissue and polystyrene insulation depends on the specific requirements of the insulation project. Fiberglass mat tissue excels in thermal insulation, fire resistance, and resistance to moisture and mold. On the other hand, polystyrene insulation offers efficient thermal insulation, ease of installation, and high compressive strength. Ultimately, factors such as cost, installation requirements, fire resistance, and moisture resistance should be carefully considered when selecting between fiberglass mat tissue and polystyrene insulation.

Q:Is fiberglass mat tissue resistant to pests and insects?: Pests and insects usually find fiberglass mat tissue to be non-resistant. Although pests do not consider fiberglass itself as a source of food, they may be attracted to the binders and resins utilized during manufacturing. Furthermore, pests can gain access through tiny cracks or openings in the fiberglass. Nevertheless, it is possible to enhance the resistance of fiberglass mat tissue against pests and insects by applying specialized chemicals or coatings. Consulting a professional or the manufacturer is advised to determine the most suitable method for achieving pest and insect resistance in fiberglass mat tissue.

Q:What are the different fabric finishes available for fiberglass mat tissue?: Some of the different fabric finishes available for fiberglass mat tissue include plain weave, twill weave, satin weave, and leno weave. These finishes affect the appearance and texture of the tissue, as well as its strength and durability.

Q:Does fiberglass mat tissue provide good thermal conductivity?: Fiberglass mat tissue, unfortunately, does not possess commendable thermal conductivity. The insulating properties of fiberglass are widely recognized, as it serves as an inadequate conductor of heat. Its thermal conductivity is low, resulting in ineffective heat transfer. As a consequence, fiberglass mat tissue is an appropriate choice for insulation purposes, particularly in scenarios where minimizing heat transfer is essential, like in building insulation or the production of heat-resistant garments.

Q:Does fiberglass mat tissue require any special precautions during storage?: Yes, fiberglass mat tissue does require special precautions during storage. It should be stored in a dry and well-ventilated area to prevent moisture damage. Additionally, it should be kept away from direct sunlight and extreme temperatures as they can degrade the material. Proper stacking and support should also be ensured to prevent any deformation or damage.

Q:Is fiberglass mat tissue suitable for underground applications?: Yes, fiberglass mat tissue is suitable for underground applications. It is commonly used in underground construction projects due to its excellent strength, durability, and resistance to water and corrosion. Additionally, fiberglass mat tissue provides insulation and reinforcement, making it ideal for underground applications such as tunnels, basements, and pipelines.

Q:What is the density of fiberglass mat tissue?: The density of fiberglass mat tissue may differ depending on its specific type and manufacturer. On average, it has a density of approximately 1.5 g/cm³ or 1500 kg/m³. It should be emphasized that the density might slightly vary depending on the thickness and composition of the fiberglass mat tissue.

Q:How is fiberglass mat tissue bonded to surfaces?: Adhesive materials are commonly utilized to bond fiberglass mat tissue to surfaces. To initiate the bonding process, the adhesive is applied onto the surface where the fiberglass mat tissue will be attached. Typically, a two-part epoxy resin or a specialized fiberglass adhesive, specifically formulated for bonding fiberglass materials, is used. Following the manufacturer's instructions, the adhesive is thoroughly mixed and then evenly spread onto the surface using a brush, roller, or trowel. With utmost care, the fiberglass mat tissue is then placed onto the adhesive-covered surface and firmly pressed down to ensure optimal adhesion. Subsequently, the adhesive is left to cure for the recommended duration, allowing it to solidify and establish a robust bond between the fiberglass mat tissue and the surface. This bonding technique guarantees the secure attachment of the fiberglass mat tissue to the surface, offering reinforcement, protection, or other desired attributes based on the specific application.

Q:Can fiberglass mat tissue be used for composite panel manufacturing?: Yes, fiberglass mat tissue can be used for composite panel manufacturing. It is a common material choice for reinforcing composite panels due to its high strength, durability, and compatibility with various resin systems. The fiberglass mat tissue provides structural integrity and improved strength-to-weight ratio to the composite panel, making it suitable for a wide range of applications.

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