Non-toxic Glasfasergewebe Rovinggewebe 800 G/m² Unlock 75% Savings [s0lYf6rg]

High-Performance Glass Fiber Roving Fabric 800 g/m²

Introducing our premium glass fiber roving fabric, designed for industrial applications that demand exceptional strength and stability. This robust fabric, weighing in at 800 g/m², is specifically engineered to meet the rigorous requirements of container construction, piping, and mold making. Its exceptional mechanical properties make it an ideal choice for projects that necessitate the highest levels of durability and resistance.

Key Features:

• Flächengewicht von 800 g/m²: This ultra-heavy fabric ensures maximum stability and rigidity, providing unparalleled support for industrial applications.
• High Mechanical Strength: The glass fibers offer extraordinary stability and tensile strength, making them perfect for challenging structural applications.

Technical Specifications:

• Chemical Resistance: The fabric is highly resistant to gasoline, oils, lubricants, and various chemicals, ensuring a long service life and reliability.
• Harz Compatibility: Suitable for use with polyester, vinylester, and epoxy resins, offering flexibility and adaptability for a wide range of industrial projects.
• Excellent Processing and Impregnation Properties: Optimal impregnation for efficient processing and the production of high-quality, uniform laminates.

Applications and Benefits

Our glass fiber roving fabric is a versatile solution for a variety of industries and applications. It is perfect for container construction, where its high strength ensures long-lasting and stable structures. In piping, it produces durable and corrosion-resistant pipelines, ideal for challenging environments. For mold making, it allows for the creation of precise and long-lasting molds for composite parts. Additionally, it is excellent for repairs and strengthening in boats, yachts, trailers, and other vehicles, providing strong and durable repairs. Finally, it is ideal for model building and lightweight construction projects, where high strength is crucial while minimizing weight.