Radiator Cap High Pressure 1.8 Bar 25.6 PSI Durable Metal Leak-Proof Cooling System Radiator Cap Cover with Temperature Gauge Compatible with Honda, Yamaha, Kawasaki, Suzuki Motorcycles & ATVs

Radiator Cap High Pressure 1.8 Bar 25.6 PSI Durable Metal Leak-Proof Cooling System Radiator Cap Cover with Temperature Gauge

• Superior Performance: This radiator cap features a robust structure and a high-quality silicone seal, constructed with high-hardness metal and premium silicone gaskets. This ensures the product can withstand severe vibrations and extreme temperature variations, making it suitable for various harsh environments and demanding road conditions
• Temperature Display: This radiator cap a built-in high-precision thermometer, eliminating the need for potentially delayed or inaccurate coolant temperature alarms found in traditional vehicles. Real-time visual feedback of the coolant temperature allows you to take timely action before the engine overheats and causes serious damage, making it an essential safety feature in hot weather
• Compatible With Honda Vehicles: CR125R, CRF250R, CRF250X, CRF450R, XR650R; Kawasaki KLR650, KX250, KX250F, KX450, KX450F, KX65; Suzuki DR-Z400, DR-Z400S, DR-Z400SM, RM250, RMZ250, SV650; also suitable for Yamaha WR400F, WR450F, YZ400F, YZ450F, YZ450Z | Polaris Ranger and other models with 1.8 bar high-pressure radiator covers
• Easy Installation: This radiator cap is incredibly easy to install. Simply unscrew the old radiator cap and screw on the new one. No professional tools or technicians are required to complete the installation, instantly improving your vehicle's safety performance
• Product Features: This 1.8-inch high-pressure radiator cap features a thermometer for accurate Celsius (0-200°C) and Fahrenheit (32-400°F) readings. Its design principle is to increase the boiling point of the coolant, thereby improving the efficiency of the cooling system. Its pressure rating is higher than that of the original equipment radiator cap, significantly enhancing engine cooling performance and operational stability