ACRYSTAL Quadraxial 200-4D

Acrystal Fiberglass 200-4D – Quadriaxial Fabric for High-Quality Laminations

The Acrystal Glasfaser 200-4D is a specially developed, knitted quadriaxial fiberglass fabric with a weight of 200 g/m², characterized by its excellent mechanical load capacity and easy processing. It is optimally suited for lamination processes with Acrystal products and offers an excellent performance-to-weight ratio.

Thanks to its structure, the fabric absorbs mechanical loads particularly well and can be easily deformed in three dimensions. This makes it ideal for producing lightweight laminated panels, stiffening polystyrene foam objects, or other complex shapes. Its high air permeability enables effective lamination with Acrystal, while the low labor input and reduced fiber requirement ensure economical processing.

Product properties

• Knitted quadriaxial fiberglass fabric (200 g/m²)
• Excellent absorption of mechanical loads
• Excellent performance-to-weight ratio
• High deformability in 3 dimensions
• Air-permeable structure for optimal lamination
• Easy handling and processing

Suitable materials

• Acrystal Prima
• Acrystal Decor Metal
• Acrystal Decor Carrara
• 
  

Typical application areas

• Production of lightweight laminated panels and objects
• Stiffening of objects made of polystyrene foam or similar materials
• Facade claddings and decorative structures
• Complex shapes in model and mold making

Processing instructions

1. Apply a layer of Acrystal with a brush or spatula.
2. After drying (satinized, no longer tacky), apply another Acrystal layer and lay in the fiberglass fabric.
3. If necessary, repeat the process and finish with a final layer of Acrystal.
4. For stiffer panels, increase the material thickness between the layers.

• Recommended quantity: 1–2 layers = 200–400 g/m²
• Roll width: 127 cm
• Fabric thickness: 0.632 mm
• Material: Glass roving 600 tex with PES binding chain

Advantages

• Reduced labor input
• High stability with low weight
• Very good formability and laminating properties
• Economical processing with minimal material usage