Microscopic Particle Analysis of Automotive Components

The Microscopic Particle Analysis of Automotive Components fully complies with the international authoritative standards of ISO 16232 and VDA 19, enabling high-precision identification of particle size and composition, and accurate tracing of contamination sources, providing strong technical support for automakers' stringent quality control. As a professional manufacturer and supplier of cleanliness testing equipment in China, Kelemo incorporates years of industry experience into its product, ensuring its stability, accuracy, and adaptability to diverse automotive production scenarios.

Core Advantages

1.High-Precision Detection Foundation

The Microscopic Particle Analysis of Automotive Components utilizes internationally renowned brand microscopes, possessing high-definition imaging and precise identification capabilities. It accurately captures the size, shape, and quantity of microparticles (detecting particles as small as 0.3μm), laying a solid foundation for subsequent pollution analysis and source tracing. Its performance meets the requirements of ISO 16232:2018 standard for accurate measurement of particulate contaminants.

2.Fully Automated Efficiency Enhancement

Equipped with independently developed fully automated analysis software, it covers the entire particle detection process (automatic scanning, intelligent classification, parameter measurement, and standard report generation). Compared to traditional manual detection, it significantly saves operation time, reduces human error, and effectively improves detection efficiency and data accuracy, aligning with the industry trend of intelligent cleanliness detection.

3. Strong Standard Customization Capabilities

The Microscopic Particle Analysis of Automotive Components system not only fully complies with international standards such as ISO 16232 and VDA 19 (adapting to the technical needs of global automakers, including detailed specifications for 5μm-1000μm particles in VDA 19), but also allows for customized testing standards to meet the specific needs of different automakers. It adapts to diverse testing scenarios, including engines, transmissions, and electronic components, satisfying the personalized quality control requirements of international and regional automakers.

Product Parameter

Real-world Application Case

A well-known Chinese automotive engine manufacturer experienced frequent cylinder liner wear and failures during mass production, leading to increased production costs and delivery delays. After partnering with Coleman, the company adopted our microscopic particle analysis system for comprehensive testing of engine components.

The Coleman factory rigorously tested the equipment before delivery to ensure it met the company's customized testing standards based on ISO 16232. In application, the system quickly detected the main contaminants as iron filings (5-25μm) and alumina particles, originating from the cylinder liner grinding process and residual impurities in the cooling system—issues that traditional manual testing cannot accurately identify.

With data support from Coleman's Microscopic Particle Analysis of Automotive Components, the manufacturer optimized grinding process parameters, added a precision filtration system to the cooling system, and established a real-time contamination monitoring mechanism. After three months of application, the engine cylinder liner failure rate decreased by 78%, production efficiency increased by 32%, and the product qualification rate reached 99.6%, fully validating the system's practical value in solving real-world production pain points. Its accuracy and reliability were highly recognized by the customer.

Product Application

Microscopic Particle Analysis of Automotive Components is widely used throughout the entire automotive R&D and production chain, focusing on detecting micro-particulate contaminants in key components such as engines, transmissions, electronic components, braking systems, and fuel injection systems. It effectively prevents particulate-induced component wear, blockage, and malfunctions, ensuring component reliability and lifespan. It provides precise data support for enterprise quality control, contamination tracing, and process optimization. For new energy vehicles, it can detect particulate contaminants in battery components, avoiding short circuits or safety hazards caused by metal particles.

Equipment Display

Supplier Commitment

As a professional manufacturer and supplier of cleanroom cleaning equipment in China, Collemo aAdheres to the principle of "Quality First, Customer Supreme," and is committed to providing customers with high-quality products and attentive after-sales service. Our factory implements strict quality control processes. From raw material procurement to finished product delivery, every step is rigorously tested according to the ISO 9001 quality management system standard to ensure that every piece of equipment meets stringent quality standards and the actual needs of our customers.

Furthermore, as a responsible supplier, Collemo can customize exclusive solutions for each customer, providing comprehensive technical guidance, on-site installation and commissioning, and regular maintenance services throughout the product lifecycle, eliminating customer operational concerns. With 55 patents and extensive industry experience, we are committed to establishing long-term and stable partnerships with global customers, helping automakers improve production quality and enhance their core competitiveness in the global market.