L32113640G Throttle Body for MAZDA

L32113640G Throttle Body for MAZDA

The L32113640G is an electronic throttle body assembly designed for Mazda vehicles equipped with 2.0L and 2.3L naturally aspirated engines, commonly found in 2003–2007 model years. This throttle body precisely controls intake airflow with the ECU, ensuring a stable idle, responsive acceleration, and compliant emissions performance as a key actuator in the fuel injection system.

LOREADA is an ISO 9001 / IATF 16949–certified manufacturer of throttle bodies and sensors, focused on R&D and production of EFI fuel injection system components. LOREADA provides cost-effective, high-quality throttle body solutions for the aftermarket, supporting bulk procurement and custom development for B2B customers.

OE Part Numbers:

L32113640G

Application:

Compatible with Mazda 6, 5, 3

FAQ

1. Which OE numbers can the L321-13-640G throttle body replace?
It serves as a direct replacement for L321-13-640G / L32113640G and typically supersedes earlier versions such as L321-13-640B/C/D/E/F. However, minor differences may exist between batches and vehicle applications, so we recommend verifying via VIN and the OEM catalog.

2. Which Mazda models and years is this throttle body suitable for?
It is mainly used in Mazda vehicles from 2003 to 2007 equipped with 2.0L or 2.3L naturally aspirated engines, including certain Mazda3, Mazda5, and Mazda6 models. Exact fitment should be confirmed based on engine code and vehicle configuration.

3. Do you support small trial orders and custom packaging?
Yes. We support small trial orders, tiered pricing, and customized packaging solutions (neutral boxes, customer branding, multi-language labels, etc.) for B2B clients. Please contact us for quotations and MOQ details.

4. What are the lead time and shipping options?
Regular models can be shipped quickly when stock is available. Lead times for bulk orders depend on quantity and production scheduling. We offer sea freight, air freight, and express courier options, tailored to destination and volume.