A dry ice briquette machine with an air-blocking feature, this utility model relates to a dry ice briquette machine equipped with an air-blocking mechanism, including the briquette machine body, which is fitted with an outlet. An air-blocking plate is connected to the outer side of the machine body near the outlet, covering the upper part of the outlet and fitting it perfectly. This design effectively prevents the direct impact of the machine's outlet gases on the face, reducing the risk of irritation or injury.




This invention discloses a dry ice production equipment and method, which includes the following steps: Step 1, a dry ice briquette press model, where liquid carbon dioxide enters from the top of the pipe of the finned heat exchanger through the liquid carbon dioxide inlet flange, exchanges heat with low-temperature carbon dioxide gas in the finned heat exchanger, and the exhaust gas produced is discharged to the outside through the exhaust flange at the second pipe outlet 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 liquid carbon dioxide outlet flange at the bottom of the pipe, the dry ice briquette press, branch pipe, and solenoid valve, converting into dry ice powder; Step 3, the dry ice powder falls under gravity to the outlet and is compressed into blocks by the dry ice compressor. This process significantly enhances the efficiency of cold exchange, improves the conversion rate of dry ice, and ensures the scientific control of exhaust gas emissions.



This utility model discloses an automatic feeding device for a dry ice briquette machine, including a base, with the two ends of the base fixedly connected to brackets by bolts. The top of the brackets are connected by a cross plate fixedly, which has an extendable cylinder mounted on its top. The output end of the cylinder extends through to the bottom of the cross plate where it is fixedly connected to a fixed plate. One side of the collection box is slidingly connected to a receiving plate. The quick feeding and unloading of ice blocks is achieved through the coordinated action of the molding block, molding groove, sliding plate, adjustment plate, receiving plate,挡板, slider, and slider groove, eliminating the need for manual operation to pick up ice blocks. The dry ice briquette machine manufacturer offers time and labor savings, convenience, and quickness, significantly improving work efficiency. Moreover, through the coordinated action of the sliding plate, spring, and adjustment plate, the device can provide certain buffering and shockproofing for the downward pressure of the molding block, enhancing the longevity of the device and ensuring a more stable molding process.



Dry Ice Pellet Press - Kunshan Pinzhiliang Machinery - The Pinzhiliang Machinery Automation Equipment Co., Ltd. offers various dry ice pellet press models. Located at 48-2 Yisheng Road, Yushan Town, Kunshan City, the Pinzhiliang Machinery Automation Equipment Co., Ltd. has gained a good reputation in the industry. With full network certification, Pinzhiliang signifies a new level of service and management excellence. All employees of Pinzhiliang are eager to develop with like-minded individuals and create a brighter future together.