PA Nylon sand Plastic Media Size PA40 for mobile phone shells deburring
The main raw material of nylon sand is polyamide fiber (POLYAMIDE); the shape is translucent white crystalline thermoplastic polymer particles. Nylon particles (deburring particles), soft and no cutting, the spherical shape does not damage the workpiece, the material is soft and the service life is extra long.
Nylon sand is mainly used for sandblasting and shot blasting equipment. In cleaning, it can remove burrs and spurs on the surface of the workpiece without causing damage to the surface of the workpiece.
Size | Diameter*Length mm | Color |
PA10 | 0.10*0.10 | White |
PA15 | 0.15*0.15 | White |
PA20 | 0.20*0.20 | White |
PA30 | 0.30*0.30 | White |
PA40 | 0.40*0.40 | White |
PA50 | 0.50*0.50 | White |
PA60 | 0.60*0.60 | White |
PA80 | 0.80*0.80 | White |
PA100 | 0.80*0.80 | White |
PA120 | 1.00*1.00 | White |
Remark: Dimension accuracy ±0.05mm Special specification and color can be customized |
1.Soft and weak, with certain toughness, no cutting property, no damage to treated workpieces, it will reduce the defect rate of the treated workpieces
2. Not only remove the burrs and throns on the surface of treated workpiece,but also no damage to treated workpieces. Low dust generated in the cleaning process.
DEBURRING FOR MOBILE PHONE SHELLS
In the CNC machining process of the middle plate or bottom plate of mobile terminal equipment (for example, mobile phone, tablet computer), since various burrs are generated when the tool cuts the blank, it is necessary to increase the deburring process. The manual deburring process has low efficiency, incomplete burr removal, and easily scratches the surface of the workpiece during the deburring process.
Nylon sand is soft and weak, and has a long service life. It can be used in sandblasting guns to deburr mobile phone shells. Generally, 0.30-0.50mm nylon sand is used.
This sandblasting and deburring process uses a high-pressure spray gun to spray nylon sand onto the protected workpiece to complete the burr removal in the workpiece. The processing efficiency is high and the surface of the workpiece will not be scratched.