Silicone Easy Intake Adapter High-strength Inflatable Bladder Detector Car Smoke Leak Detection

Label:Yes Type:Easy Intake Adapter Package includes:1Pc Easy Intake Adapter Size:12.4*4cm(4.88*1.57in),17*4cm(6.69*1.57in),12cm(4.72in) Material:Rubber Color:As shown

Premium Material: This automotive fuel leak detector airbag is made of high-quality silicone. It features exceptional toughness, is wear-resistant, and is resistant to damage and deformation. It can withstand repeated insertion and removal, and its flexible yet sturdy construction ensures consistent performance across various vehicle diagnostic scenarios. It retains its original shape and performance even after prolonged use. Wide Application: This automotive fuel leak detector bladder is compatible with round, oval, square, rectangular, and hard-to-reach intake systems of various shapes. It works with EVAP system smoke leak detectors, facilitating quick diagnosis of intake issues in vehicle piping and aiding in precise troubleshooting. Easy to Use: Tighten the valve next to the hand pump, place the balloon into the intake port, and continuously press the hand pump to inflate the adapter until it completely seals the intake port. Finally, connect the smoke leak detector to begin the diagnosis. After the test is complete, remove the bracket and release the air. Please ensure the intake/exhaust port diameter is greater than 2 inches. Practical Features: This automotive fuel leak detector balloon features exceptional sealing performance, effectively blocking the intake port to help locate air leaks. It enhances the diagnostic capabilities of the vehicle's intake system, accurately assists in identifying pipeline leaks, and is suitable for various vehicle intake system diagnostic scenarios, ensuring a smooth diagnostic process. Efficient Diagnosis: This automotive fuel leak detection balloon improves leak detection efficiency, helping technicians obtain accurate and reliable results. It quickly locates leaks in the vehicle's intake system and tubing, providing precise data for subsequent repairs and enhancing the overall efficiency of vehicle diagnostics.