Corrugated Cardboard

Corrugated cardboard is a material created by placing paper-based material with corrugations between two flat paper-based plates. Corrugated cardboards vary depending on where and how they are used. There are different qualities, weights, and wave types of corrugated cardboard. According to the characteristics of the waves, corrugated cardboard is divided into single-wave corrugated cardboard and double-wave corrugated cardboard. Double-wave corrugated cardboards, with their combinations, create various types of corrugated cardboards. They are prepared according to the needs and in the direction you specify. You can have products prepared in the way you want by examining the corrugated cardboards below.

E Wave (Wave Height 1,0-1,8 mm)

It is referred to as "Micro Wave." It is formed by the union of three layers. Due to the high number and close spacing of grooves, and low height, surface crush resistance is very good, ensuring high-quality printing. It is commonly used in pizza boxes and gift boxes. However, it is not used for direct transportation.

B Wave (Wave Height 2,2-3,0 mm)

It is referred to as "Micro Wave." It is formed by the union of three layers. Due to the high number and close spacing of grooves, and low height, surface crush resistance is very good, ensuring high-quality printing. It is commonly used in pizza boxes and gift boxes. However, it is not used for direct transportation.

C Wave (Wave Height 3,2-4,0 mm)

It is referred to as "C Wave," known as a large wave. It is formed by the union of three layers. C Wave, which is a higher quality than B Wave, is a good carrier. Due to the higher groove heights, it is particularly effective as a carrier for lightweight materials. It is widely used as a pallet underlay separator.

B+C Wave (Wave Height 6,2-7,1 mm)

It is called "Double Wall Box." It is formed by the union of five layers of paper. It belongs to the double-wave corrugated cardboard group and is formed by the combination of B Wave and C Wave. Its box provides high protection, thickness, and carrying capacity compared to other boxes. It is the most requested type of box. It is preferred for products with a high load and stackability. Due to its standardization, it is produced quickly.

B+E Wave (Wave Height 4,2-4,8 mm)

It is called "Micro Double Wall Box." It is formed by the union of five layers of paper. It belongs to the double-wave corrugated cardboard group and is formed by the combination of B Wave and E Wave. A beautiful printing surface is achieved thanks to the advantages of both papers. Using heavyweight papers, strong and aesthetically pleasing packaging can be obtained.

Paper Types
White Testliner

It can be used optionally for visual appeal on both the inner and outer surfaces.

Kraftliner

It is a paper type made from pulp, especially preferred for overseas shipments and cold storage facilities.

Saman/Fluting

It is a type of paper made from recycled paper. It is commonly used on both the inner and outer surfaces of boxes that are not exposed to moisture and humidity.

Testliner

As it is made from recycled paper, it is quite economical. In terms of class, it is a type of paper that has both bursting and moisture resistance lower than kraftliner.

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