Introduction
In various industries, nitrogen gas springs play a pivotal role, offering attributes such as corrosion resistance, temperature stability, and non-magnetic properties. Ensuring their optimal performance and longevity necessitates meticulous surface treatment techniques. This article delves into the techniques shared by manufacturers for effectively treating the surfaces of nitrogen gas springs.
Table of contents
Sharing Surface Treatment Techniques
- Immersion Cleaning Method:
- Submerge high-pressure nitrogen gas springs in a plastic container filled with a diluted metal cleaning agent.
- Exercise caution to prevent prolonged immersion, ensuring that the springs are removed once free of oil and oxidation.
- Achieve a matte finish by rinsing the springs with clean water, imparting a subdued reflective effect to the TB series nitrogen gas springs.
- Ultrasonic Cleaning Method:
- Utilize an ultrasonic device to combine an appropriate amount of cleaning agent and water (around 1:30 ratio).
- Submerge stainless steel springs for cleansing until oil and contaminants are eliminated.
- Upon restoration of the metal’s natural color, promptly remove the springs and cleanse with water to achieve a matte finish.
- Vibratory Polishing Method:
- Employ vibratory polishing machines or hexagonal drums by incorporating the cleaning agent for spring polishing.
- Post grinding and polishing, thoroughly cleanse the springs using clean water.
- This method effectively eradicates surface scratches, elevating the springs’ smoothness while keeping applicability considerations in mind.
Significance of Spring Surface Treatment
Comprehensive surface treatment of nitrogen gas springs bestows a host of advantages, including:
- Corrosion Resistance and Temperature Stability: The treatment safeguards springs from corrosive influences and temperature-induced alterations, crucial for diverse operating environments.
- Enhanced Mechanical Properties: Surface treatment contributes to augmented elastic and fatigue limits, along with improved impact resistance of the springs.
- Elevated Aesthetics: Treatment enhances the overall appearance, ensuring a consistent and appealing finish.
