Powder, granules, resin granules
With the continuous development of industrial production, bagging technology plays an important role in protecting products, ensuring product quality and improving production efficiency. In the field of powder, granules and resin particles, the application of bagging technology is particularly important. This article will introduce the application of bagging technology in these areas in detail.
Application in powder
For powder products, bagging technology needs to solve the main problem is to prevent leakage, ensure sealing and ensure product uniformity. The use of advanced bagging machinery and processes, such as the use of double-film sealing technology and leak-proof bagging materials, can effectively prevent powder leakage and ensure product hygiene and safety. In addition, through precise dosing system and mixing technology, uniform mixing and precise dosing of powder products can be realized.
Application in granules
Granular products require more bagging technology due to their morphological characteristics. bagging technology needs to ensure the fluidity, stability and moisture resistance of granules. The use of advanced granule bagging machinery and processes, such as the use of airflow conveying technology, vibration sieving technology, etc., can effectively improve the fluidity of granules and reduce the phenomenon of agglomeration. At the same time, the use of bagging materials and sealing technology with good moisture-proof performance can ensure the stability and moisture-proof performance of the granule products.
Application in resin pellet
As an important polymer material, resin granules have particularly strict requirements for bagging technology. bagging technology needs to ensure that resin granules are anti-adhesive, moisture-proof and oxidation-resistant. The use of advanced automated bagging machinery and processes, such as the use of pre-coated film bagging technology, vacuum bagging technology, etc., can effectively prevent resin particles from sticking and oxidative deterioration. Meanwhile, the adoption of anti-static technology and optimization of bagging material design can improve the moisture resistance of resin granules.
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