Air flow sensor
I have found results from100000+products and60000+suppliers aboutAir flow sensor
Royuan Mass Air Flow Sensor for BMW E36 325I E34 525I OE 0280213011 13621730074
0280217810 Air Flow Mass Sensor for Mercedes-Benz C-Class S202 W202
Auto/Engine Parts 0280217529 071906461A 06A906461d Mass Air Flow Sensor for Audi/Seat/VW
Auto Parts Mass Air Flow Sensor 0281002917 51782035 0281002860 for FIAT/Ford
Auto 0281002980 Maf Sensor 95510006 51782034 Mass Air Flow Sensor for FIAT/Ford
28164-4A000 281644A000automotive Parts Air Flow Sensor Air Flow Meter for H-Yundai K-Ia
28164-2m400 28164-2j600automotive Air Flow Sensor Air Flow Meter for H-Yundai K-Ia281642m400 281642j600
Auto Air Flow Meter 28164-27000 Car Engine Mass Airflow Sensor for Hyundai KIA Diesel Engine
22680-6n21A 245-1240 5-Pins Mass Air Flow Meter Sensor (Semiconductor Integrated)
22680-7s000 Auto Parts Origin Mass Air Flow Meter Sensor for Nissan X-Trail Tiida Infiniti M37
Gas Air Flow Sensor Digital/Analog Output Bidirectional Measurement Afm3000
Advanced Gas Air Flow Sensor with Integrated Temperature and Humidity Module
Jpet Afm3100 Gas Air Flow Temperature Digital Analog Signal Electronic Sensor Module
Mass Air Flow Sensor 22250-75010 2225075010 22250 75010 for Toyota
Jpet Afm3000 Gas Air Flow Sensor Digital Analog Output Bidirectional Measurement
Afh45m-46 1611973c01 1611973c0a 1611973c00 Air Flow Meter Sensor Made in Taiwan
Fmm600 Coriolis Air Mass Flow Meter Micro Thermal Gas Mass Flow Meter Sensor
Customizable Electromagnetic Water Current Device Hydraulic Turbine Type Air Flow Meter Sensor
Micro Hall Liquid Water Flow Sensor for Air Condition
Car Parts Maf Mass Air Flow Sensor 3L3a12b579ba for Mercury C-Max Fiesta VI Focus II
Al Lamp New Mass Air Flow Sensor Maf Meter 22680-7s000 for Nissan Murano Altima Infiniti Suzuki 226807s000
Big Manufacturer Auto Air Flow Sensor OEM 280217515 for Mercedes-Benz C32 Amg 2002-2004
Al Lamp Wholesale Air Flow Sensor 2816437200 for Hyundai Tucson KIA Sportage OEM 28164-37200
Sourcing guidance for Air Flow Sensor
How to choose the right Air Flow Sensor for different vehicle models?
Selecting the correct Air Flow Sensor (MAF) requires precise matching of OEM Part Numbers and Engine Specifications. Buyers must verify the housing diameter and connector pin configuration (typically 3 to 6 pins) to ensure electrical compatibility. For high-performance applications, prioritize sensors with platinum-wire sensing elements or hot-film technology, as these provide superior thermal stability and faster response times compared to budget alternatives.
What are the key technical standards and compliance requirements for Air Flow Sensors?
Professional B2B buyers should ensure products comply with IATF 16949:2016, the international quality management standard for the automotive industry. Additionally, sensors must meet CE and RoHS standards for electronic safety and environmental protection. For the North American market, ensure the components help the vehicle maintain EPA Emission Standards by providing accurate air-fuel ratio data to the ECU.
How can I validate the quality and performance of a MAF sensor before bulk purchasing?
Request bench test reports from the supplier, specifically focusing on voltage output accuracy and airflow-to-signal linearity. High-quality sensors should have a signal error margin of less than 2%. It is highly recommended to conduct a thermal shock test and vibration resistance test on samples to ensure the sensor can withstand the harsh environment of an engine bay.
What are the common usage scenarios and maintenance requirements for these sensors?
Air Flow Sensors are critical for Passenger Vehicles, Commercial Trucks, and Industrial Engines. To ensure longevity, they should be paired with high-quality air filters to prevent dust accumulation on the sensing element. Maintenance-wise, suppliers should provide guidance on using non-residue electronic cleaners, as oil or silicone contamination is the leading cause of sensor failure.
Cross-Border Procurement & Risk Management for Automotive Electronics
What are the primary risks when sourcing Air Flow Sensors internationally?
The biggest risk is product incompatibility and high return rates due to slight variations in regional vehicle models. To mitigate this, always use Made-in-China.com's 'Verified Supplier' status to find manufacturers with proven export experience. Another risk is counterfeit branding; ensure the products are neutral or legally branded to avoid Customs seizures related to intellectual property infringement.
How should I negotiate pricing and MOQs with automotive part suppliers?
In the automotive aftermarket, tiered pricing is standard. Negotiate for a lower MOQ on sample orders (e.g., 5-10 units) to conduct local fitment tests before committing to a bulk order of 500+ units. Aim for a 10-15% discount on annual volume contracts, and request that the supplier includes 1-2% extra units as 'buffer stock' to cover potential shipping damages.
What are the best practices for shipping and transaction security?
Air Flow Sensors are sensitive electronic instruments; insist on anti-static packaging and shock-absorbent foam inserts. For transaction security, utilize Secured Trading Services on Made-in-China.com to ensure payments are only released upon confirmation of shipping documents. For logistics, Air Freight is preferred for high-value sensors to reduce the risk of moisture damage associated with long-term sea freight.
How do I handle international trade policy and tariff concerns?
Stay informed about HS Code 9026.80 (instruments for measuring flow). Check for specific anti-dumping duties or Section 301 tariffs if importing to the US. Work with a freight forwarder who specializes in DDP (Delivered Duty Paid) terms if you want to simplify the process and have a fixed landing cost without worrying about fluctuating customs fees.




























