What is the main purpose of spraying PTFE anti adhesive coating on the material bucket
Information summary:The PTFE anti adhesive coating sprayed on the material bucket is mainly used for the following purposes:
1. Easy to clean: PTFE has good non adhesiveness, smooth coating surface, and almost no substance adheres. This makes the material bucket easier to clean after use, reducing the time and effort required for cleaning and improving work efficiency.
The PTFE anti adhesive coating sprayed on the material bucket is mainly used for the following purposes:
1. Easy to clean: PTFE has good non adhesiveness, smooth coating surface, and almost no substance adheres. This makes the material bucket easier to clean after use, reducing the time and effort required for cleaning and improving work efficiency.
2. Reduce material residue: Due to its low adhesion, PTFE coating can effectively prevent materials from adhering and accumulating on the inner wall of the material bucket, ensuring that the materials inside the bucket can be completely discharged, reducing material waste, and also avoiding contamination of the next batch of materials by residual materials.
3. Improve corrosion resistance: PTFE coating has strong corrosion resistance to most chemicals and can resist the corrosion of chemical media such as acid, alkali, and solvents. Therefore, PTFE coated buckets can be used for storing and transporting various corrosive chemicals, extending the service life of the buckets.
4. High temperature and low temperature resistance: PTFE coating can maintain stable performance over a wide temperature range, maintain flexibility at low temperatures of -190 ℃, and work stably at high temperatures up to 260 ℃. This enables the material bucket to adapt to the storage and processing needs of materials in different temperature environments.
5. Reduce friction coefficient: PTFE coating has a very low friction coefficient, which reduces the friction force when the material flows in the material bucket, helping to facilitate the smooth flow and discharge of the material, especially for some materials with high viscosity or poor fluidity, the effect is more obvious.