introduction

In the use of rubber penetration machines, the stability of their performance is directly related to production efficiency and product quality. As part of the industry, I realize the critical impact of standard storage environments on DBD performance. Through careful study of storage conditions, we can better understand how to extend the life of equipment and improve work efficiency.

Factors affecting storage environment

Research has shown that factors such as temperature, humidity and light in the storage environment can significantly affect the physical and chemical properties of rubber materials. As these environmental conditions change, the aging rate and performance degradation of rubber will vary, so reasonable storage conditions are extremely important.

Optimized storage conditions

To keep the rubber penetrating machine working at optimal performance, I recommend the following storage conditions:

• Control the temperature within a suitable range and avoid extreme high and low temperatures.
• Keep the relative humidity within a reasonable range to reduce moisture absorption by the rubber material.
• Make sure the storage location is protected from light to prevent potential damage to the material.

in conclusion

By optimizing the storage environment, it can not only improve the DBD performance of the rubber penetrating machine, but also help reduce the company's operating costs. Maintaining appropriate storage conditions will effectively reduce the aging of materials and ensure that the equipment remains in optimal condition during use.

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