Solder paste is a relatively sensitive material, which is prone to deterioration due to moisture absorption and oxidation, so its storage conditions are very critical.
2025-04-18 02:43:04 来源:普玛仕
Solder paste is a relatively sensitive material, which is prone to deterioration due to moisture absorption and oxidation, so its storage conditions are very critical. The specific requirements are as follows:
Temperature: 0-10 degrees. If the temperature is too high, the alloy powder and flux in the solder paste will undergo a chemical reaction, reducing the viscosity and activity of the solder paste; if the temperature is too low, the resin in the flux will crystallize, deteriorating the form of the solder paste.
Humidity:Relative humidity below 50%. A high humidity environment will cause the solder paste to absorb moisture, affecting its performance.
Time:Control the usage cycle of the solder paste according to the production plan, and the storage time should not exceed 6 months.
Placement:When the solder paste is stored in the warehouse, it should be stored separately according to different types, batch numbers and different manufacturers.
Recording: The temperature and humidity of the storage environment should be detected and recorded every week.
First-In, First-Out:The use of solder paste should follow the principle of first-in, first-out, and records should be made.
The PEMS solder paste intelligent storage cabinet is custom - designed to meet strict preservation standards. Using cutting-edge tech, it ensures even temperature and humidity distribution, safeguarding each can of solder paste.Equipped with a real-time monitoring system, it records temperature and humidity data for traceability. Its user - friendly interface allows easy parameter setting and monitoring. The sturdy build resists external interference, ensuring storage safety.
PEMS also offers comprehensive after - sales support, covering installation, debugging, and maintenance. Choosing this cabinet guarantees reliable solder paste storage and a stable production process.