Car Universal Easy Intake Adapter, Twist-to-Deflate Design

상품 특징

• Car & Vehicle Electronics
• Vehicle Electronics Accessories
• Audio & Video Accessories
• Auxiliary Input Adapters
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• Premium Material: This universal intake adapter is crafted from premium silicone material. It resists wear and scratches, offering excellent flexibility and resilience with outstanding tear resistance. Its superior sealing properties prevent damage or deformation, maintaining stable performance across diverse usage scenarios and providing reliable support for leak detection.
• Broad Application: This universal intake adapter expands to approximately 4.72 inches in diameter. It fits various passenger vehicles and light trucks, accommodating multiple intake/exhaust port shapes—including round, oval, square, rectangular, and even large angled or hard-to-reach areas. It significantly boosts leak detection efficiency, providing a convenient adaptation solution for vehicle intake and exhaust system inspections.
• Easy to Use: This universal intake adapter features straightforward setup: connect to the instrument, manually inflate the air bladder to seal the intake/exhaust port, then proceed with leak testing. After testing, simply remove the bracket to deflate the bladder. Note: Ensure intake/exhaust port diameter exceeds 2 inches before use.
• Practical Features: This universal intake adapter is compatible with most EVAP system smoke leak detectors, facilitating rapid diagnosis of intake issues in vehicle lines. By leveraging vapor conduction, it precisely locates leaks in the vehicle's intake and exhaust systems, providing clear direction for swift repairs. This enhances overall testing and repair workflow efficiency, supporting effective vehicle line maintenance.
• What You Get: The package contains 1pc universal intake adapter. This product features excellent sealing performance, effectively blocking intake ports to locate leak points while preventing vapor leakage that could affect test results, ensuring long-term maintenance of good detection performance.