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Products from laminate

Detailed description technology

INFORMATION ABOUT TECHNOLOGY

What are composites?

These are the materials obtained from the combination of two or more substances. The idea of combining materials to achieve the enhanced properties of humanity is taken from nature, a great example is wood, which is a composite. Due to the wide range of applications for composites, we can obtain composites that meet a number of requirements, such as high mechanical strength, increased fire resistance and high temperatures, or increased thermal insulation. Such effect is achieved in the manufacturing process and by appropriate of additives.

Where do we use laminates?

Because of its extraordinary laminate properties, you can do virtually anything. A great example of the use of these capabilities is the production of such elements as: - hulls and decks of sailing boats and motor yachts Wind turbines with current turbines - vehicle body parts - sanitary fittings, swimming pools - cabins, tanks, buildings - sills, exterior decorative elements - decorative motifs and garden furniture

Why choose laminates?

The advantage over other composite materials are mainly:
- resistant to UV radiation
- no corrosion reaction
- water-resistant
- no effect oxidizes
- resistance to most chemicals - high resistance to mechanical damage
- easy to repair if damaged

Lay-up

Lay-up

Manual lamination - laminate production methodin open molds.

The ``Lay-up`` technology is well suited for small batches, consists of manual filtration of fiberglass reinforced in a molded, resin-treated (precisely blended in precise proportions with polymerization initiator) using appropriately selected tools, rollers, brushes,

pros & cons

low cost of production implementation

higher unit cost of item manufacturing

high quality of laminate

one side smooth and aesthetic surface of the product

Vacuum Infusion

Vacuum Infusion

Highest quality without compromise.

Using this technology, the resin resin permeates the fiberglass reinforced with vacuum. This is a great technology for mass production, or if we want to achieve a smooth and aesthetic surface on both sides of the product.

pros & cons

lower unit cost

high fiber glass reinforcement ratio - higher product strength

higher cost of production implementation

RTM

RTM

Manufacture of composites in tightly sealed forms

The RTM method is a way to produce composites in sealed molds. In the initial phase, the reinforcement is laid out in an appropriately prepared form. When the mold is sealed, the resin is pressed. This mechanization of production significantly shortens the molding time while reducing workload to maintain a high reproducibility of production.

pros & cons

profitability in mass production

high quality and repeatability

low emission of volatile substances

high product strength

smooth and aesthetic surface on both sides

low unit cost of element

high production implementation costs