1. Increased Mechanical Wear
Dust particles typically have high hardness. When these tiny particles enter the working surface of an
Display Micro Screws, they form abrasive particles between metal contact surfaces, accelerating surface wear.
This three-body wear phenomenon is particularly pronounced during high-speed stamping, leading to a gradual increase in the clearance between parts and ultimately affecting product dimensional accuracy.
2. Degraded Surface Quality
Dust adhering to the working surface of an Display
Micro Screws can directly create defects such as indentations and scratches.
For high-precision drawn parts, even tiny dust particles can cause product scrapping.
Furthermore, dust accumulation can affect the demolding performance of Display Micro Screws, increasing the risk of product sticking to the mold.
3. Lubrication System Contamination
Display Micro Screws typically use automatic lubrication systems. Dust mixed with the lubricant can clog oil passages, affecting lubrication effectiveness.
Contaminated lubricating oil not only fails to effectively protect the Display Micro Screws surface but also accelerates wear and increases equipment maintenance costs.
4. Increased Corrosion Risk
Dust in some industrial environments may contain corrosive components such as salts and acidic substances.
These substances can accelerate corrosion on the surface of Display Micro Screws in humid environments, especially in areas such as the gaps between parts and the exhaust vents.
