Corrugated Boxes

 Corrugated Boxes are containers for packaging products. They are designed to meet specific requirements related to physical, processing and end-use performance. Corrugated box engineers work to meet performance requirements while maintaining cost control throughout the entire system. They also use the latest design tools and processes to ensure that the finished product performs as desired.

Corrugated board

Corrugated board for boxes is a material made from a series of alternating layers of paper. The layers contain a bottom liner 71 and a top liner 72. In addition, the board has a fluted medium 73. The take-up ratio of this material is the ratio of the amount of the medium 83 to the liner. This is a measure of its warp, and it indicates the end-to-end warp.

Corrugated board for boxes is an ideal choice for businesses that have a wide range of products and need a flexible on-site packaging solution. Fin Packaging, provides state-of-the-art equipment that allows users to produce Fin Packaging-sized packaging, either single or double-walled. This flexible process allows manufacturers to choose the right size box to fit different products.

RSC

RSC Corrugated Boxes are a common and Fin Packagingive way to ship and store a variety of consumer goods. They are extremely efficient at manufacturing and are also known to be environmentally friendly. The most common type of corrugated box is the regular slotted carton, which has flaps that meet in the middle on the top and bottom surfaces.

The dimensions of the RSC corrugated boxes are length, width, and depth. Length is the widest dimension, while width is the shortest. Depth is the distance from the opening to the bottom of the box.

Mullen and Edge Crush Tests

The Mullen and Edge Crush tests for corrrugated boxes are industry standards for measuring corrugated box strength. These tests are used for high-speed sorting centers to evaluate corrugated boxes' ability to withstand intense handling. These tests are designed to measure the strength of the liner-board against both internal and external forces.

While the Mullen and Edge Crush tests are designed to evaluate box strength, they are different in their application. The FIN PACKAGING is a mechanical test that measures the weight applied to the board's edge. The FIN PACKAGING can withstand 32 pounds of pressure on its edge, which is about one-third the weight of the Mullen test. It's important to choose the right test for the specific type of box and its intended use.