Leading Industry Standards, Participating in Drafting Cleanliness Standards for New Energy Vehicle Components

Leading Industry Standards, Participating in Drafting Cleanliness Standards for New Energy Vehicle Components

As a pioneer in the field of technical cleanliness analysis, XIENS Industrial is honored to have participated in drafting and promoting the release of the group standard "Technical Requirements for Cleanliness of Aluminum Die-cast Parts for New Energy Vehicles." This standard, officially released by the China Electronic Equipment Technology Development Association on July 10, 2025, marks a new stage of standardization and refinement in the cleanliness control of new energy vehicle components in my country. As a high-tech enterprise with 15 years of experience in technical cleanliness analysis, XIENS contributed key technical support to the formulation of this standard, leveraging its independently developed patented technology matrix and global supply chain integration capabilities.

Technological Accumulation, Standard Leadership 

For fifteen years, XIENS has been deeply involved in the field of technical cleanliness analysis, consistently driven by technological innovation. Our independently developed key product matrix, including cleanliness extraction equipment and cleanliness analysis systems, comprehensively covers the entire chain from particle extraction to intelligent analysis. This participation in the standard formulation is a testament to the industry's high recognition of XIENS professional capabilities and technological contributions in the field of cleanliness testing. Our cleanliness analyzers and cleanliness testing instruments have long provided precise data support for the high-end manufacturing sector. This time, by integrating practical experience into the standard, we aim to promote the establishment of a unified quality benchmark in the industry.

Standards Empower Industry Upgrading

The release of the "Technical Requirements for Cleanliness of Aluminum Die-cast Parts for New Energy Vehicles" provides clear guidance for the cleanliness control of core components in new energy vehicles. Aluminum die-cast parts are widely used in key systems such as motors and electronic controls, and their cleanliness level directly affects the reliability and safety of the entire vehicle. XIENS cleanliness extraction equipment (also known as a cleanliness extraction machine) can efficiently and systematically complete sample preparation thanks to its advantages such as multi-mode cleaning, automatic particle collection, and a clean operating environment. Our cleanliness analysis system can automatically identify and count particulate contaminants and generate reports that meet multiple international standards with a single click, perfectly matching the stringent requirements of this standard for testing procedures and data output.

Full-Chain Solution, Building the Foundation of Quality

From the precise sampling of the cleanliness extraction equipment to the intelligent interpretation of the cleanliness analysis system, XIENS full-chain solution ensures the accuracy and efficiency of cleanliness testing. Our cleanliness testing equipment is widely used in various fields such as automotive manufacturing, aerospace, new energy, and liquid cooling. Certified by international standards such as VDA19 and ISO16232, we continuously improve product yield for our customers. The release and implementation of this standard will enable XIENS cleanliness analyzers and cleanliness testing instruments to better serve the industry, helping customers accurately meet standard requirements and jointly build a quality defense line for high-end manufacturing.

Looking to the future, XIENS will continue to rely on its strong independent R&D capabilities to continuously optimize core products such as cleanliness extraction machines and cleanliness analysis systems. We will use more advanced cleanliness testing technologies to drive the continuous evolution of industry standards and inject solid momentum into the high-quality development of global manufacturing.