The transportation conditions for enhancing the mixed carbon ribbon have the following requirements:
Temperature control:
The temperature during transportation should be maintained between -5 ℃ and 45 ℃. This is to ensure that the carbon ribbon will not deteriorate or be damaged during transportation due to high or low temperatures.
Humidity control:
The humidity should be controlled within the range of 20% to 85%. Maintaining appropriate humidity can prevent carbon ribbons from getting damp or drying excessively during transportation, which can affect their performance.
Packaging requirements:
Carbon ribbon should be packaged in a sealed manner to prevent dust, impurities, and moisture from entering the air. At the same time, packaging materials should have certain compressive and tear resistance to ensure that they will not be damaged during transportation due to compression or collision.
Avoid prolonged exposure:
Carbon ribbons should be avoided from prolonged exposure to high temperatures, high humidity, or direct sunlight during transportation. These conditions may all lead to the deterioration or damage of the carbon ribbon.
time limit:
The transportation time should be shortened as much as possible, preferably not exceeding one month. Long term transportation may increase the risk of carbon ribbon damage.
Following the manufacturer's recommendations:
Different brands and models of reinforced hybrid carbon ribbons may have different transportation requirements. Therefore, before transportation, it is best to consult and follow the manufacturer's transportation recommendations to ensure the safety of the carbon ribbon during transportation.
In summary, by controlling temperature and humidity, using sealed packaging, avoiding prolonged exposure, and following the manufacturer's recommendations, the safety and quality of the reinforced mixed carbon ribbon during transportation can be ensured. This will help maintain the optimal state of the carbon ribbon, improve printing quality and stability.