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The hand lay-up process for GRP is the classic method for manufacturing custom fiber composite components. Ideal for prototypes, small series, and complex shapes. This article explains the process step-by-step, the materials involved, and the diverse applications, from vehicle body panels to yacht construction. Discover the advantages and disadvantages compared to modern processes.

Glass-Reinforced Plastic (GRP) is the all-rounder for demanding infrastructure. Whether as corrosion-resistant pipes in environmental technology or as insulating gratings in railway construction—GRP impresses with its light weight and durability. This article highlights the material properties, manufacturing processes, and diverse application fields of this high-performance material.

Carbon Fiber Reinforced Plastic (CFRP) is the material of the future. Lighter than aluminum and stronger than steel, it is revolutionizing the aerospace, automotive, and industrial sectors. This article highlights the technology, its impressive applications, the major challenges in cost & recycling, and the strategies for securing the procurement of this high-performance material.

GRP is an ideal material for vehicle construction—lightweight, strong, and formable. But what about fire safety? The U.S. standard FMVSS 302 sets strict limits here. This article explains how GRP meets these requirements through special flame-retardant additives, which test procedures apply, and why a technical procurement partner is crucial for providing safe, certified components.