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Which Industry First Applied Technical Cleanliness?   Quick Summary The development of technical cleanliness can be traced back to the aerospace industry in the 1960s, where particle contamination control was essential to preventing failures in hydraulic and propulsion systems. In the early 21s...

What Is the Flushing and Perfusion Method for Technical Cleanliness Extraction?   Overview Technical cleanliness is increasingly important in automotive, precision manufacturing, hydraulic, aerospace, and new energy applications. Metal chips, dust, machining residues, oil contamination, fibers,...

Cleanliness Control: The Core Standard for Reliable New Energy EV Three-in-One Electric Drive Systems   1. The Popularity of Integrated EV Electric Drive Systems Modern electric vehicles widely adopt three-in-one electric drive systems that combine drive motors, motor controllers, and reducers...

ISO 16232 Technical Cleanliness Inspection Standard    ISO 16232:2018 (Road vehicles — Cleanliness of components and systems) is the globally recognized international standard for the quantitative measurement of technical cleanliness in the automotive industry. It is identically adop...

VDA 19.1 Technical Cleanliness Inspection Standard   VDA 19.1 is the authoritative standard for off-line technical cleanliness inspection of components, issued by VDA-QMC (Quality Management Center of the German Automotive Industry Association) and widely adopted across the global automotive su...

Technical Cleanliness Laboratory Standards: A Complete Guide to Setup and Operation   Driven by the rapid advancement of advanced manufacturing, liquid cooling systems and precision machinery, controlling micron-scale solid particle contamination on components has become critical to product rel...

What is Technical Cleanliness?   In modern high-end manufacturing—including new energy vehicles (NEVs), liquid cooling systems, aerospace, precision hydraulics, and semiconductor fabrication—a single micron-sized metallic chip or fiber particle can trigger system lockups, electrica...

Driving the Upgrade of Cleanliness Control in Liquid Cooling Systems From Precision Extraction to Intelligent Analysis   In an era of explosive growth in computing power demand, liquid cooling technology has become an indispensable heat dissipation solution for high-density data centers, new en...

NVIDIA H200 Approved for China: How XIENS Technical Cleanliness Solutions Empower Compliance Under Precision Standards    May 15, 2026 — The global technology landscape reached a significant turning point today. According to authoritative reports, the U.S. Department of Commerce has...

Jensen Huang Visits China with Trump: High-End AI Chip Deadlock to Ease, Liquid Cooling Cleanliness Booms   According to media reports on May 13, Jensen Huang, Chief Executive Officer of NVIDIA, has confirmed that he will join the delegation led by U.S. President Donald Trump for the visit...

XIENS Industrial – Cleanliness Testing Instruments: Building a Clean Manufacturing Future   With the widespread application of liquid cooling technology in electronic heat dissipation, new energy, data centers, and other fields, cleanliness has become a key factor determining system...

XIENS Industrial – Cleanliness Testing Instruments: Intelligent Driving Force and New Market Landscape   With the rapid development of the industrial manufacturing sector, the requirements for cleanliness are becoming increasingly stringent. As a key tool for ensuring product qu...