A dry ice briquette machine with an air-blocking device, this utility model relates to a dry ice briquette machine equipped with an air-blocking device, Changzhou dry ice briquette machine, including the briquette machine body, which is provided with an outlet. The machine body has an air-blocking plate connected to the outer side near the outlet through a clamping component, the plate covering the upper part of the outlet and fitting with it. This invention effectively prevents the direct impact of the machine body's outlet gas onto the face, thus avoiding irritation or injury to the face.
The all-pneumatic dry ice block maker described in this utility model involves a manufacturing device for compressing dry ice blocks using dry ice particles. It includes a cover, a frame, and casters; the frame is equipped with a cover at the top and casters at the bottom. The distinctive features are four guide posts mounted on the frame, with sliding plates attached to them; a housing is mounted centrally on the top of the frame, with a bracket between the bottom of the housing and the sliding plate; a bladder is mounted between the bottom of the frame and the sliding plate, connected to an external inflation/deflation device. The bottom of the housing is a movable base plate, which moves up and down with the sliding plate's movement, supported by the bracket, and is sealed with a sealing device between the base plate and the inner wall of the housing. Springs are mounted on the guide posts, located above the sliding plates. This utility model boasts innovative structure, simple processing, ease of use, low compression cost, and easy maintenance, thus it is a new all-pneumatic dry ice block maker that integrates economy and practicality.
The disclosed invention relates to dry ice production equipment and method, including a dry ice briquette press performance. The method includes: Step 1, liquid carbon dioxide enters the upper liquid carbon dioxide inlet flange of the finned heat exchanger through the pipe of the reaction tower, where it exchanges heat with low-temperature carbon dioxide gas; the dry ice briquette press model; and the exhaust gas produced is discharged to the outside through the exhaust flange of the second pipe of the finned heat exchanger; Step 2, the liquid carbon dioxide after heat exchange is further reduced to atmospheric pressure and enters the dry ice storage tower through the lower liquid carbon dioxide outlet flange, branch pipe, and solenoid valve to become dry ice powder; Step 3, the dry ice powder falls by gravity into the outlet and then enters the dry ice compressor to be compressed into blocks. This process significantly enhances the heat exchange efficiency, increases the conversion rate of dry ice, and allows for scientific control of exhaust gas emissions.
Kunshan Pinzhiliang Machinery Automation (Illustration) - Dry Ice Pelletizer Performance - The Changzhou Dry Ice Pelletizer is supplied by Kunshan Pinzhiliang Machinery Automation Equipment Co., Ltd. With impressive capabilities and reliable reputation, Pinzhiliang Machinery has accumulated a large number of loyal customers in the industry equipment sector in Suzhou, Jiangsu. Pinzhiliang, with a relentless pursuit of perfection and a spirit of continuous improvement, joins hands with you to stride towards brilliance and create a wonderful future together!
