Nylon forced water absorption and humidity control machine

The nylon forced water absorption and humidity control machine can increase the impact strength of pure resin and glass fiber reinforced nylon by absorbing moisture. For glass fiber reinforced nylon samples that have undergone wet heat cycles and are dried after each cycle, their impact strength does not change significantly, which can make the product more stable in a short period of time and save a lot of labor and space.

Put the product inNylon forced water absorption and humidity control machineA method of humidity regulation in order to meet its usage standards and requirements,Nylon forced water absorption and humidity control machineThe function is to isolate air from injection molded products, prevent oxidation, accelerate moisture absorption balance, and stabilize the size of the products. After being left to stand at a water temperature of 80-100 degrees Celsius for 3 hours, the products are naturally cooled to room temperature. At this point, the gears have been moisture absorbed and balanced, and the flexibility of the gears has been improved. The rigidity indicators such as impact strength and tensile strength have been measured to varying degrees, reducing the internal stress of the gears and ensuring size stability.

　　
Water absorption can lead to performance changes. Only by achieving moisture absorption balance under the temperature and humidity of the usage environment can more stable mechanical properties be obtained, which can make the product more stable in a short period of time and save a lot of labor and space. The products are automatically humidified and dried, with no residue on the surface of the product and no need for too much production advance. This reduces the inventory of work in progress, effectively reduces enterprise financial risks, and concentrates a large amount of warehouse space. Absorbing moisture can increase the impact strength of pure resin and glass fiber reinforced nylon. For glass fiber reinforced nylon samples that have undergone wet heat cycles and are dried after each cycle, there is no significant change in their impact strength.