Mercedes-Benz Car Intake Pipe 6420948797

The Mercedes-Benz Car Intake Pipe 6420948797 is manufactured by Ningbo Haochi Technology Co., Ltd., designed for use in Mercedes-Benz WL350, GLS350, GL350, GL500, and WL300 series engines.This component meets original factory dimensional standards and undergoes multiple professional tests to ensure performance reliability. Produced and supplied directly from our factory, it offers assured quality with strong price competitiveness.Since its establishment in 2019, Haochi has been deeply engaged in the engine Intake Pipe sector, covering the complete process from development and production to sales. With advanced technical expertise and a solid reputation, we have earned recognition from a growing base of customers worldwide.

Product parameters:

Product Testing:

Upon completion of production, each Mercedes-Benz intake pipe 6420948897 is first examined by our qualified quality assurance team. It then proceeds to structured batch testing, beginning with thermal endurance validation. Employing dedicated climate simulation systems, every batch undergoes cyclic exposure between -40°C and 140°C continuously for 72 hours. This rigorous thermal profiling certifies the component's operational stability across extreme temperature conditions.Furthermore, comprehensive airtightness and tensile strength examinations are conducted to verify structural integrity and sealing performance. Together, these multi-stage verification protocols are designed to enhance product durability and reduce field-failure risks, reflecting our dedication to providing quality that aligns with OEM standards.

Detailed Specifications:

The Mercedes-Benz intake pipe 6420948897 is manufactured using blow molding technology, with molds developed by Haochi based on original OEM designs.The fabric section of the pipe is bonded to the main body with specialized industrial adhesive. This bonded area undergoes targeted temperature testing to ensure that it remains securely attached and does not deform or detach under high-temperature engine conditions, thereby maintaining vehicle performance and ensuring user safety.