Discover the strength and lightness of SIESA fiberglass profiles.

Discover the strength and lightness of SIESA fiberglass profiles.

SIESA fiberglass profiles represent a significant advance in the structural materials industry, offering a unique combination of exceptional strength and ultra-light weightThese profiles, manufactured using the pultrusion process, are transforming construction and industrial engineering by providing a superior alternative to traditional materials such as steel and aluminum.

Key points

    80% lighter

      than steel and 30% than aluminum
      • • Extended service life up to

    30 years

      without significant maintenance

    Total resistance

      to chemicals and corrosion

    Integrated UV protection

      and superior dielectric properties

Superior Strength Features

On fiberglass structural profiles stand out for their extraordinary resistanceThe pultrusion process, using polyester, isophthalic, and vinylester resins, creates products with superior mechanical properties and exceptional durability.

Protection Against Aggressive Elements

La superior resistance against hostile environments distinguishes these profiles. They offer:

    • • Certified thermal resistance
      • UV protection
      • Excellent dielectric properties
      • Resistance to fresh and salt water
      • Immunity to chemical corrosion

Economic Advantages and Maintenance

The investment in SIESA profiles is highly profitable in the long term. The benefits of fiberglass include the elimination of traditional maintenance costs and a prolonged service life without the need for special treatments.

Various Industrial Applications

SIESA profiles demonstrate a exceptional versatility in multiple industrial sectors. Its adaptability allows its use in:

    • • Applications requiring electrical insulation
      • Corrosive environments
      • Chemical facilities
      • Marine structures
      • Platform Construction

Technical specifications

Technical features include a Guaranteed protection up to 220 KW and self-extinguishing properties. The profiles maintain their structural integrity under extreme conditions, significantly outperforming traditional materials.

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