In many production areas, such as chemical raw materials, food additives, plastic granules, etc., the temperature of the product at the end of the production line is often as high as 80°C or more. Traditional packaging methods require that the product must be cooled for 6-8 hours before bagging, otherwise it will lead to bag deformation, sealing degradation or even explosion.
This process not only occupies a large amount of storage space and extends the production cycle, but also increases labour management costs and energy consumption, which has become a key bottleneck in restricting the enhancement of enterprise production capacity.
In response to this industry challenge, the XCGS technical team has successfully launched a high-temperature resistant heavy bag solution after research and development, and its core advantages include:
★ Temperature resistance is fully covered
Temperature can be customised: according to the characteristics of customer's products, provide 80℃-130℃ high-temperature resistance solutions, or -50℃ to -20℃ low-temperature applicable solutions.
★ Enhanced structural flexibility
Three-layer composite process (stretch-resistant heat-resistant outer layer + barrier middle layer + heat-resistant inner layer) guarantees strength and sealing under high temperature.
Support four-layer, five-layer and six-layer composite structure customisation, to meet the higher barrier, puncture resistance, temperature resistance and other special needs.
★ Variety of materials to choose from
Provide a variety of substrates to choose from, such as a variety of materials and repackaging requirements, to adapt to different product characteristics (such as moisture, light, corrosion resistance, oxidation resistance, etc.)
With its self-developed high-temperature tolerant packaging solution, XCGS has successfully overcome the technical problem that high-temperature products need to be cooled down before they can be filled, and has helped its customers realise direct filling on the production line, which has significantly improved production efficiency and reduced operating costs. This innovation not only solves the long-standing pain points in the industry, but also brings significant benefits to chemical, food, building materials and other fields of production enterprises.