Model No.: MX34040SF1
Processing Service: Moulding
Sample: Free
Color: Grey
Brand Name: DYT
Connector Type: Female
Temperature: -40℃~120℃
Process: Injection molding
Model Number: MX34040SF1, MX34040SF1
Material: PBTz
Pin: 40
Applicable Terminal: T6240-0.7
Place Of Origin: Zhejiang, China, Zhejiang, China
The 40 Pin Female Automotive Connector Housing MX34040SF1 is a high-quality wire housing designed for reliable electrical connections in modern automotive systems. Crafted with precision, this grey 2.2mm connector ensures secure male and female pin connections, providing consistent performance and durability across various vehicle applications. Ideal for use in complex wiring harnesses, this connector housing guarantees stable and vibration-resistant connectivity, reducing the risk of electrical failure or signal loss in critical automotive circuits.
This product is part of our extensive line of automotive Connectors, terminals, Rubber parts, and wire harnesses. The MX34040SF1 is designed for versatility and ease of use, making it suitable for both OEM and aftermarket installations. With no strict minimum order quantity (MOQ) for most products, this connector is available in stock, allowing small orders to be processed efficiently, catering to both individual customers and bulk purchasers.
The connector housing supports integration with Ungrouped Connectors, Durable Electrical Connectors, and Multi-Purpose Connectors, enabling wide-ranging applications across different automotive models and electrical systems. Its robust design ensures long-lasting performance, while the high-quality materials used in its construction protect against corrosion, vibration, and environmental factors.
Whether you are assembling new wiring harnesses or replacing worn components, this 40 Pin Female Automotive Connector Housing delivers reliable electrical performance and ease of installation. Supported by our strong production capacity and expertise in automotive connectors, terminals, and rubber parts, this product offers both durability and cost-effectiveness. R&D capabilities allow customization according to customer samples or drawings, making OEM and ODM projects feasible and efficient.