FGFT® High Impact Performance Composite

FGFT® High Impact Performance Composite

High-performance impact-resistant composite reinforced with glass fiber for lightweight, strong, durable, and dimensionally stable components.

FGFT® HIPC Glass Fiber combines excellent impact resistance, structural strength, and durability with a lightweight construction. Its composite structure efficiently absorbs and distributes mechanical loads, making it highly resistant to impact and repeated stress. Designed for large-scale 3D printing, it offers low warpage, strong layer adhesion, and a smooth finish.

HIPC is suitable for a wide range of industrial and structural applications, including equipment protection and lightweight structural components. For maritime applications, UV and antifouling protection can be added, providing enhanced resistance against UV exposure and marine fouling. This makes FGFT® HIPC Glass Fiber Maritime suitable for 3D printed boats and other demanding outdoor and marine applications.

Key Features

Excellent energy absorption and resistance to mechanical loads, impacts, and repeated stress.

Provides strong, durable components designed for demanding applications.

High performance without unnecessary weight, ideal for large-scale components.

Designed for stable and reliable large-format 3D printing.

Delivers consistent, high-quality parts with excellent structural integrity.

Optional protection for outdoor and maritime applications, improving resistance to UV exposure and marine fouling.

Applications

Quote

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Client Application

Royal3D
This USV by Royal 3D is a flexible and modular platform designed for a wide range of maritime applications. Thanks to its innovative 3D-printed design, the system can be easily customized to meet specific requirements and equipped with a variety of sensors and payloads. This makes the USV a future-proof and efficient solution for inspection, surveying, and research operations on the water.

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