Whether you want to make your own dry ice or just want to know how to make ice, it's important to know how to choose the right size for your needs. This ensures that you get the most ice for the least money. Using the incorrect size can result in an over-filled ice block size or ice that does not completely freeze.
Traditional dry ice manufacturing processes have a number of drawbacks. One disadvantage is the inability to control the density and size of the dry ice block.
The present invention describes a method for producing predetermined density solid dry ice. The invention's method, in particular, regulates the trapped gaseous carbon dioxide in the dry ice blocks. It also enables the production of high-quality dry ice blocks with substantially uniform properties.
A CO2 storage vessel, a supply line, a CO2 source, a compression chamber, a piston, a ram, an introducing port, a venting port, a filter screen, a PLC, a hydraulic pressure gauge sensing device, and a compression mechanism comprise the present invention.
.jpg)
Keeping perishable food cool with an ice block can help to keep it from spoiling. You should know how making ice blocks whether you are camping or simply preparing for a road trip.
There are two basic ways to make an ice block. To begin, make a block out of a metal can, such as one used for soda cans. You can also make an ice cube out of a plastic bottle.
Make sure you use the proper materials when making an ice block. Metal, for example, is long-lasting and reliable. However, plastic is brittle and should only be used for short-term storage. Dents can also form over time.
The insulating material is the other major component of an ice block. This will keep water from entering the cooler. Furthermore, the insulating material will cause the water to freeze from the top to the bottom.
Several drawbacks of traditional dry ice manufacturing processes for ice block size have been identified. Low vapor exhaust rates, nonuniform block density, and uncontrollable gaseous carbon dioxide are examples. This invention seeks to address these disadvantages by providing improved apparatus for producing dry ice blocks with substantially uniform properties.
The invention describes a method for producing dry ice blocks from liquid carbon dioxide. A compressor and heating elements are used in the process to compress the liquid CO2 to a predetermined hydraulic pressure. The CO2 is then compressed by a piston with a polyethylene surface plate until the desired dry ice block is formed. The block is then cut into smaller pieces using a pneumatic saw. The block is then dissipated into space.
We are an industrial manufacturing firm that combines R&D and manufacturing. Our main focus is food processing at low temperatures Sorting workshops, quick-freezing and sorting equipment such as ice block maker.
We have established strategic alliances with a variety of companies since its inception. Our products like ice block maker machine have been exported to over 130 countries and regions which include Africa, South America, Australia, Southeast Asia, Australia, South America, and the Middle East.
ICE MEDAL, based on technological and scientific innovation, has created world-class manufacturing technology that allows us to develop manufacturing lines that are smart modernized, standardized, and modern. The equipment like automatic ice block machine that we developed has been tested and certified by numerous tests and certifications and holds numerous patents.
Our products are used across a variety of sectors, such as cold chain logistics and heat removal in vegetable and fruit fields, food processing, and aqua product processing.
Newsletter
Address : Building 13, The Future Zhihui Park,No. 90, south section of Dongliu Road, Changsha Economic and Technological Development Zone
Tel : +86-073186397913|+86-18975157135
Email : [email protected]
Mobile/wechat/whatsapp :+86-18975157135
Hot Products: Block Ice Machine | Flake Ice Machine | Cold Room
Hunan Icemedal Refrigeration Equipment Co., Ltd Privacy policy - Terms and Conditions
EN 
EN
ES
PT
SV
DE
TR
FR
