Medium sized c type shelf is formed by assembling the column and the transverse slant support to form a medium-sized shelf column sheet, and then the column sheet is assembled with the shelf beam and the laminate.

The layer board of medium volume storage shelves can usually be made of cold steel layer board and wooden board. Isolation nets can be installed around the warehouse shelves according to on-site requirements. Usually, the load-bearing capacity of each layer of steel shelves is 200-700KG, and the columns of the shelves are 80 * 40

Cold plate and crossbeam usually have two types of structures: one is to weld angle steel on one side of the rectangular steel pipe, and then store the shelf layers on the shelf steps; Another method is to use "P" shaped profiles and then store the shelf layers on the shelf steps.

Usually, layered and non layered warehouse shelves can be used as needed.

The upper and lower 50mm of the medium quantity B-type shelf can be adjusted.

This shelf is not only used as a shelf, but is also commonly used for clothing shelves, jewelry shelves, and convenience store shelves.

The colors usually include: light gray, navy blue, and orange red. You can also customize specified colors according to the requirements of the enterprise.

Currently, medium quantity C-shaped shelves are widely used in large enterprises and institutions, and exported to foreign countries. Welcome to order medium quantity C-shaped shelves.

The difference between medium quantity C-type shelves and medium quantity B-type shelves:

1. The column of the medium quantity C-type shelf adopts a butterfly hole structure, while the medium quantity B-type shelf adopts an inverted eight shaped hole structure.

2. The horizontal slant support brace of medium quantity C-type rack is connected by square tube or round tube, and the medium quantity B-type rack is connected by "C" type channel steel.

Butterfly hole shelf

Butterfly hole shelf Butterfly hole shelf/Medium quantity C-type shelf

Shelf crossbeam structure

Shelf steel layer board

Analysis of main and auxiliary frames