Moisture-proof carbon molecular sieve conveying device

Abstract

The invention discloses a moisture absorption-proof carbon molecular sieve conveying device, which comprises a support frame (100), a conveyor belt (110) is arranged on the support frame (100), an air supply duct (200) is provided above the conveyor belt (110), and the air supply An air nozzle (210) is provided on the pipeline (200), and a blower fan (220), a drying device (230) and a heating device (240) are sequentially arranged on the pipeline of the air supply pipeline (200) along the airflow direction; A cover body (120) is provided above the air duct (200), and a feed hopper (121) is provided at the starting end of the cover body (120) in the transportation direction; Packaging Barrels (300). The present invention has the characteristics of preventing product from absorbing moisture and sieving debris, so the present invention can effectively maintain product quality.

Description

technical field [0001] The invention relates to a conveying device, in particular to a carbon molecular sieve conveying device for preventing moisture absorption. Background technique [0002] Carbon molecular sieve is a new type of adsorbent developed in the 1970s and is an excellent non-polar carbon material. Carbon molecular sieves are mainly composed of crystalline carbon and amorphous carbon, so they have a highly developed pore structure and special surface properties. Carbon molecular sieves are widely used in various fields such as industrial nitrogen production and hydrogen production, sewage treatment, etc. [0003] After the carbon molecular sieve is activated, it needs to go through a conveying device before being packaged. Most of the existing carbon molecular sieve conveying devices adopt an ordinary conveyor belt structure, and the carbon molecular sieve is in direct contact with the air; because the carbon molecular sieve has good hygroscopicity, it will ab...

AI Technical Summary

Problems solved by technology

Most of the existing carbon molecular sieve conveying devices adopt the ordinary conveyor belt structure, and the carbon molecular sieve is directly in contact with the air; because the carbon molecular sieve has good hygroscopicity, it will absorb moisture in the air during the transportation process, resulting in a decline in product quality

In addition, some carbon molecular sieve debris will be produced in the previous process, and the existing conveying equipment cannot screen out these debris

Therefore, the existing carbon molecular sieve conveying device has the problems of not being able to prevent the product from absorbing moisture and not being able to screen out debris, resulting in a decline in product quality

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