Powder products often experience the issue of entrapped gas during the packaging process, which not only affects product quality and shelf life but also poses potential safety hazards. As a leading packaging equipment manufacturer in China, Guangzhou Henll has developed advanced degassing packaging technology to efficiently remove the gas from powder packaging, ensuring product quality and safety. This article will delve into the core technologies of Henll's degassing packaging equipment and how it helps the powder industry solve the problem of entrapped gas.
The Issue of Entrapped Gas in Powder Packaging
Powder products are prone to trapping air during the packaging process due to several reasons:
1.1 Inherent Characteristics of Powders
Different types of powders, due to variations in particle size, shape, and surface properties, are easily able to capture air, forming bubbles. Some powders can also generate bubbles during the vibration and compaction processes.
1.2 Defects in Packaging Materials
Packaging materials with holes or micro-cracks can also lead to the infiltration of gas into the package interior. Especially for flexible packaging materials, damage during sealing, transportation, and other processes can cause gas ingress.
1.3 Improper Packaging Processes
Improper equipment adjustments or inadequate technical skills of operators can also introduce a large amount of gas during the packaging process, leading to severe entrapped gas issues.
Regardless of whether the entrapped gas is caused by powder characteristics, packaging materials, or process problems, it can have adverse effects on product quality and safety, such as product oxidation and deterioration, appearance and taste issues, and increased explosion risks. Therefore, effectively removing the gas from powder packaging has become an urgent problem to be solved.
Core Technologies of Henll's Degassing Packaging Equipment
As a renowned packaging equipment manufacturer in China, Guangzhou Henll has developed a series of advanced patented degassing packaging technologies to efficiently remove the gas from the package interior and ensure product quality and safety. The main core technologies include:
2.1 Patented Degassing Technology
Henll's degassing packaging equipment employs an advanced patented degassing packaging system. During the packaging process, the equipment can extract the air from the material feeding, effectively removing all the air and other gases from the package interior, maintaining the powder in a highly dense state. This technology can effectively eliminate various gas components in powder packaging, ensuring product stability and higher product density for more efficient filling.
2.2 Degassing Chamber Technology
Henll's degassing packaging equipment is also equipped with a dedicated degassing chamber. This degassing chamber provides an ideal environment for powder products to undergo complete gas removal through physical action, extracting the entrapped gas. With a precise gas monitoring and control system, the degassing chamber can precisely regulate the gas content, ensuring the package interior reaches the ideal degassed state.
Through the synergistic application of the above two core technologies, Henll's degassing packaging equipment can efficiently remove various gas components from powder packaging, ensuring product quality and safety, and significantly improving product shelf life and service life.
The issue of entrapped gas in powder product packaging has long been a major challenge in the industry. As a leading packaging equipment manufacturer in China, Guangzhou Henll has developed advanced degassing packaging technologies to effectively remove the gas components from the package interior, ensuring product quality and safety. From vacuum sealing, gas displacement to professional degassing chambers, Henll's degassing packaging equipment integrates multiple core technologies, providing remarkable application advantages for the powder industry. With the widespread application of this technology, it is believed to greatly enhance the competitiveness of powder products and drive the entire industry towards a new stage of development.
