FLEX GRID carbon

Reinforce anything!
Multi-purpose, flexible and non-corrosive mesh
Advanced production technology allows us to fulfil special market demands for flexible reinforcements, according to application or customer needs.

solidian FLEX GRID carbon is a premium mesh made from high-strength carbon fibers, delivering exceptional reinforcement with minimal weight. Known for its high tensile strength and impact resistance, this mesh outperforms traditional glass and basalt options, making it ideal for demanding construction projects.

Lightweight and easy to handle, solidian FLEX GRID carbon ensures quick installation while maintaining structural integrity. With its corrosion and temperature resistance, this mesh is perfect for high-stress applications in infrastructure and industrial environments.

Product Features

Advantages
  • High Tensile Strength: Ideal for high-load applications.

  • Impact Resistant: Absorbs repeated impacts, enhancing durability.

  • Lightweight and Flexible: Easy to transport, handle, and adapt to various surfaces.

  • Corrosion and Chemical Resistant: Suitable for aggressive environments.

  • Temperature Stable: Performs reliably in a wide temperature range.

  • Low Thermal Expansion: Reduces structural stress from temperature changes.

  • Easy Installation: Simple to cut and customize on-site.

ARTICLES
Name Material Mesh size / opening (mm) Weight (g/m2) TDS/DOP
FLEX GRID CAR 220 Carbon 18x18 220

Reference project

Product Applications

Ideal for Advanced Construction and High-Performance Projects

solidian FLEX GRID carbon is tailored for applications where high strength and durability are critical. Suitable for:

  • High-Load Structural Reinforcement: Enhances structural integrity in projects where maximum strength is required with minimal added weight.
  • Infrastructure and Transportation Projects: Provides robust reinforcement for bridge decks, tunnels, and transport infrastructure exposed to heavy loads and impact.
  • Temperature-Variable Environments: Performs reliably in settings with fluctuating temperatures, maintaining strength without degradation.

Get expert support - fast!

Invalid Input
Invalid Input
Invalid Input
Invalid Input. Please enter only numbers like this: 00385911234567
Invalid Input
Invalid Input

How can we support you?

Invalid Input

File upload (optional)

Invalid Input
Invalid Input

    frequently asked questions

    Your top inquiries, addressed
    • Product & Technical Compatibility
    • Process Efficiency & Performance
    • Use Cases & Application Support
    • Which composite manufacturing processes are your reinforcements compatible with?
    • Are they compatible with automated production environments?
    • How do your reinforcements help improve production efficiency?
    • Can your reinforcements be adapted to our production setup?
    • Can you help us choose the right reinforcement for our project?
    • Are your products suitable for visually demanding applications?
    • In which industries are your glass fiber reinforcements commonly used?

    Our products are suitable for pultrusion, RTM, vacuum infusion, filament winding, and other continuous or closed-mold processes.

    Yes. kelteks FreeMat and other glass reinforcements are optimized for high-speed production, offering clean handling and consistent quality across long production runs.

    Our products ensure fast resin flow, excellent fiber wetting, and consistent fiber placement, leading to shorter cycle times and reduced scrap rates.

    Yes. We can customize roll widths, formats, surface weights, and roll lengths to meet the specific needs of your process or equipment.

     Our team provides technical guidance and product samples to help you test and select the best solution for your application.

    Yes. Thin reinforcement layers like kelteks FreeMat become nearly invisible after resin infusion, making them ideal for transparent or aesthetic surfaces such as toboggans, water slides, and decorative panels. Check the product gallery here.

    Our reinforcements are used in industrial equipment, construction components, transportation, electrical infrastructure, and marine applications. A key segment is the recreational industry, especially waterparks, where materials must be durable, non-corrosive, and visually appealing.