The storage conditions of BOPP color thermal sensitive synthetic paper are crucial. The following is a detailed summary of its storage conditions:
1、 Temperature conditions
BOPP colored thermosensitive synthetic paper should be stored in a cool environment to avoid high temperatures. High temperature can accelerate the aging process of paper, which may lead to problems such as color fading and coating deterioration.
The ideal storage temperature range is 23 ± 2 ℃, which helps maintain the stability of the paper and extend its lifespan.
2、 Humidity conditions
Humidity is another key factor affecting the storage quality of BOPP color thermosensitive synthetic paper. Excessive humidity may cause paper to absorb moisture and deform, affecting the printing effect.
The ideal storage humidity range is relative humidity of 60% to 70%. Maintaining such humidity helps prevent paper from getting damp and preserve its original physical properties.
3、 Lighting conditions
Long term exposure to strong light may cause color fading and coating aging of BOPP colored thermosensitive synthetic paper.
Therefore, direct exposure of paper to sunlight should be avoided, and it is best to store it in a dark environment, such as using moisture-proof paper or film packaging for sealing.
4、 Other storage conditions
Ventilation: The storage environment should be well ventilated to prevent moisture and mold.
Dustproof: The storage environment should be kept clean to prevent dust and pollutants from adhering to the paper, which can affect the printing quality and durability of the paper.
Avoid chemicals: When storing and using BOPP color thermal synthetic paper, try to avoid contact with chemicals as they may damage the surface coating of the thermal printing paper, resulting in poor printing performance or inability to print.
In summary, the storage conditions for BOPP color thermosensitive synthetic paper include suitable temperature, humidity, light, ventilation, dust prevention, and avoidance of chemical contact. Following these storage conditions can maintain the stability of the paper and extend its lifespan, ensuring optimal printing results.