Chrome plating is a surface treatment that increases the performance, durability and longevity of pistons in hydraulic systems. Therefore, chrome plated pistons are widely preferred in hydraulic systems. However, the necessity of chrome plating for each application and the other surface treatments that should be used may vary depending on hydraulic system design and application requirements.
Hydraulic
Piston
Pistons used in hydraulic systems are generally produced with chrome plated. Chrome plating gives pistons a number of advantages:
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Friction Resistance:Chrome plating reduces roughness on the surface of the piston and reduces friction. This allows the piston to move more efficiently with lower friction.
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Wear Resistance:Chrome plating hardens the surface of the piston and increases its resistance to wear. In hydraulic systems, the pistons are in constant motion under high pressures and the risk of wear is high. Chrome plating ensures long life of the piston and minimizes performance loss due to wear.
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Corrosion Resistance:Pistons used in hydraulic systems are in contact with water or other fluids. Chrome plating increases the corrosion resistance of the piston and prevents rusting in long-term use.
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Excellent Surface Roughness:Chrome plating reduces roughness on the piston surface. This provides a better seal within the hydraulic cylinder and allows the piston to move more efficiently.
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Easy to Clean:Since the chrome-plated surface is smooth, the pistons can be cleaned more easily. This ensures clean and smooth operation of the pistons.
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