Product Description: The WD-40 silicone lubricant valve is specifically formulated for precision equipment, providing non-sticky and residue-free lubrication. Designed to meet the unique needs of delicate and sensitive machinery, this valve offers smooth and precise lubrication without leaving behind any unwanted residue or build-up. The silicone-based formula ensures excellent lubricity and reduces friction, allowing for smooth operation and extended equipment lifespan. The valve features a fine nozzle for targeted application, making it ideal for intricate components and hard-to-reach areas. Whether you work with precision instruments, electronics, or other delicate equipment, trust the WD-40 silicone lubricant valve to provide the lubrication performance your precision equipment demands.
Bullet Points:
Silicone-based valve for precision equipment
Non-sticky and residue-free lubrication
Reduces friction for smooth operation
Fine nozzle for targeted application
Suitable for delicate and sensitive machinery
| Component | Part Description |
| Mounting cup | Both sides with clear lacquered tinplate ,with down dimples |
| Outer gasket | Buna |
| Inner gasket | Butyl |
| Stem | single orifice 1*0.51mm natural |
| Spring | Stainless steel |
| Housing | tail orifice Dia 2*0.33mm orange |
| Dip tube | standard natural color |
Specific Application Scenario: The WD-40 silicone lubricant valve is perfect for lubricating and protecting precision equipment in various industries. It can be used on delicate mechanisms, gears, bearings, sliding tracks, connectors, and other sensitive components that require clean and precise lubrication. Whether you are working in laboratories, electronics manufacturing, optics, or other precision-based fields, this valve ensures the lubrication performance necessary for maintaining the integrity and performance of your equipment.
FAQ:
Q1: Can the WD-40 silicone lubricant valve be used on rubber or plastic precision equipment components?
Yes, the WD-40 silicone lubricant valve can be used on rubber or plastic precision equipment components. The silicone-based formula is generally safe for use on these materials. However, it is always advisable to test a small, inconspicuous area before applying the lubricant to ensure compatibility and prevent any potential adverse effects on the material.
Q2: Can the WD-40 silicone lubricant valve be used on electrical contacts or connectors?
The WD-40 silicone lubricant valve is not specifically designed for electrical contacts or connectors. It is best to use products specifically formulated for electrical applications when lubricating electrical components. These products often have properties that promote conductivity and protect against oxidation. Consult the equipment manufacturer's recommendations or consult a qualified professional for guidance on lubricating electrical contacts or connectors.
Q3: Is the WD-40 silicone lubricant valve suitable for high-temperature applications?
The WD-40 silicone lubricant valve has a limited temperature range, and its suitability for high-temperature applications will depend on the specific operating conditions and the temperature limits specified by the manufacturer. For high-temperature lubrication needs, it is recommended to use lubricants specifically formulated for high-temperature applications to ensure optimal performance and protection.
Q4: Can the WD-40 silicone lubricant valve be used on optical lenses or camera equipment?
The WD-40 silicone lubricant valve is not recommended for use on optical lenses or camera equipment. These delicate precision components often require specialized lubricants and cleaning solutions that are specifically designed for optical applications. It is best to consult the manufacturer's recommendations or seek guidance from professionals specializing in optical equipment maintenance and repair.
Q5: How should I store the WD-40 silicone lubricant valve when not in use?
When not in use, ensure that the valve is tightly closed to prevent leakage and maintain the integrity of the lubricant. Store the valve in a cool, dry place away from direct sunlight and extreme temperatures. Proper storage helps prolong the shelf life of the lubricant and ensures the valve is ready for future use.
