Valve 90 Angled Valve Adaptor
Characteristics
- 90° valve adaptor for easy inflation: The 90° angled design allows for easy access to your valve, especially in tight or hard-to-reach areas, making tyre inflation simpler and more convenient.
- Schrader connection with ‘O’ ring seal: The adaptor features a Schrader connection with an ‘O’ ring seal, ensuring an airtight and secure connection when inflating your tyres, preventing any air leaks.
- Stainless steel corrosion-resistant valve cap: The stainless steel valve cap resists corrosion, ensuring the adaptor remains durable and effective even after prolonged use in various weather conditions.
- Chrome-plated brass construction for durability: Made from high-quality chrome-plated brass, this valve adaptor offers increased strength and resistance to wear and tear, providing long-lasting performance.
- Perfect for tyre inflation: Designed specifically for tyre inflation, the Oxford Valve 90 makes it easier and more efficient to inflate tyres, ensuring proper pressure levels for your bike or vehicle.
- For Schrader valve systems only: This adaptor is compatible with Schrader valves, commonly found in most vehicles and bikes, making it a versatile tool for general tyre inflation needs.
- Compact and lightweight design: Its compact size makes it easy to store and carry in your tool kit, providing a convenient solution for on-the-go tyre inflation without adding bulk.
- Quick and easy attachment: The adaptor quickly screws onto the Schrader valve, making the inflation process faster and more efficient, allowing you to get back on the road in no time.
- Designed for temporary use: This valve adaptor is intended for inflation only, and should not be left attached for extended periods to ensure optimal performance and prevent damage to the valve.
- Ideal for motorcycles, cars, and bicycles: The Oxford Valve 90 is suitable for use on motorcycles, cars, bicycles, and any other vehicles that use Schrader valves, providing universal compatibility for a wide range of applications.