It is obtained by combining three layers of paper. It gives good results in materials that are not too heavy as a carrier, thanks to the high groove heights. It is frequently used as an under-pallet separator. It allows stacking of carrier products and allows fast production as it is standard production.
It is obtained by combining five layers of paper. It is a wave type consisting of a combination of B wave and C wave. As a box, its thickness, strength values, protection and carrying properties are higher than single wave boxes. It is preferred for products with a large amount of transfer and stacking. Since it is standard production, it allows fast production.
It is obtained by combining three layers of paper. Thanks to the high number of grooves and the low height of the grooves, the surface crush resistance is very good and it provides quality printing. Generally, it is not used for direct transportation except pizza/pita boxes and end-consumer packaging.
It is obtained by combining five layers of paper. It is a wave type consisting of a combination of B wave and E wave. While providing a beautiful printing surface with the advantages of both waves, it offers a solid box image with sharp lines. By using weighted papers, packaging that is both durable and beautiful in display can be obtained.
It is obtained by combining three layers of paper. Due to the low corrugation heights and wave spacings, it is resistant to surface crushing and has a suitable surface for printing. It is used in the packaging of all kinds of products, especially products that are carriers, and mainly in the production of molded boxes.
