Top Quality Auto Accessory Digital Tire Pressure Gauge

Product Features:

1. This digital tire pressure gauge is professionally calibrated to provide accurate readings within 1% of the actual tire pressure, with a 0.1 display resolution. It can measure pressures from 0-255 PSI (0-18 Bar; 0-1800 Kpa; 0-18 kg/cm²), ensuring precise inflation for optimal performance.

2. The device features an LCD backlit screen that displays measurements in multiple units including PSI, KPA, Bar, and Kg/cm². It comes with an integrated inflation gun, chuck, hose, bleed valve, and gauge in one compact unit, making it compatible with ¼" NPT air compressors for easy use.

3. Built with high-quality stainless steel and brass components, this gauge is durable and suitable for all types of vehicles such as cars, SUVs, trucks, motorcycles, and bicycles (with Schrader valves). Its robust design ensures long-lasting performance under various conditions.

4. Properly inflated tires improve handling and safety in all weather conditions, reduce the risk of flats, blowouts, and accidents. It also helps increase fuel efficiency, saving you money on fuel costs and extending the life of your tires.

5. The gauge has an automatic power-off feature after 5 seconds of inactivity to conserve battery life, and includes a built-in air bleeder valve for quick pressure adjustment in overinflated tires.

6. Enjoy peace of mind with a 12-month warranty, ensuring customer satisfaction and product reliability.

Index:

Semiconductor Electronic Chemical Materials

Semiconductor materials have stable structures, excellent electrical characteristics, and low cost. They are used to make electronic materials for semiconductor devices and integrated circuits, and to make transistors, widely used in modern electronic equipment.

Semiconductor Electronic Chemical Materials,Titanium Iv Fluoride Chemical Crystal Material,Titanium Tetrafluoride Chemical Crystal Material,Chemical Crystal Material Tantalum Pentafluoride

Shandong Zhongshan Photoelectric Materials Co., Ltd , https://www.cnzsem.com