Glass mat intended for polyester resin (available weights: 150 g, 220 g, 300 g, 400 g, 450 g, 600 g)

Price per linear meter.
Roll width: 1.25 m

Glass mat designed for polyester resin, is a high-quality reinforcement used in the production of composites using unsaturated polyester resins. It is one of the most commonly used reinforcing materials in hand and spray lamination technology.

Product features:
- High strength: Glass mat strengthens the composite structure, giving it mechanical resistance.
- Excellent compatibility: Designed for polyester resins, which it easily absorbs to create a uniform, durable laminate.
- Easy application: Ideal for hand lamination and spray methods. Allows for precise adjustment of shape and layer thickness.
- Universal application: Suitable for reinforcing large and small surfaces.

Technical specifications:
- Dimensions: 1 m²
- Weight: 300 g/m² or 450 g/m²
- Fiber type: Chopped fibers (chopped mats)
- Compatibility: Unsaturated polyester resins
- Color: White

Application:
Glass mat is widely used in various industries and applications, such as:
- Production of boats, yachts, and kayaks.
- Reinforcement of pools and tanks.
- Production of molds and structural elements from polyester-glass laminates.
- Manufacturing of housings, panels, and other composite elements.
- Repair and reinforcement of damaged surfaces (e.g., in the automotive industry).

Instructions for use:
1. Surface preparation: The surface should be clean, dry, and degreased.
2. Wetting: The prepared glass mat is saturated with polyester resin using a brush or roller.
3. Laying layers: The mat should be laid in layers, pressing it down to avoid air bubbles.
4. Curing: Leave the laminate to cure according to the instructions for the resin used.
5. Finishing: After curing, the surface can be sanded, painted, or coated with a topcoat.

Glass mat 1m² with a weight of 300 or 450 g/m² is an indispensable material when creating durable and resistant composites. It works perfectly with polyester resin, ensuring the mechanical strength and longevity of the finished elements.