TXRF Trace Element Analyzer / Industrial Quality Control

Fuel (Oil)

The content of sulfur, chlorine, and other elements detected in fuel oil is directly related to combustion efficiency, environmental pollution levels, equipment corrosion risk, and product quality. Therefore, accurate detection is crucial for improving energy efficiency, environmental protection, equipment safety, and product quality. TXRF technology can rapidly and accurately measure light elements such as sulfur and chlorine in fuel oil, helping companies implement precise quality control. This effectively enhances product quality, significantly reduces harmful gas emissions, and extends the service life of related equipment.

Chemical Reagents

Chemical reagents are chemical substances of relatively high purity that meet specific quality requirements. The purity of reagents, which are the fundamental materials for analytical work, directly affects the accuracy of experimental results and data. The presence of heavy metal impurities can interfere with chemical reactions, causing experimental outcomes to deviate from expectations. TXRF technology features simple sample pre-treatment and does not require complex steps such as acidification or digestion. It requires only a very small amount of sample—typically at the μL/ng level—making it particularly valuable for precious or hard-to-obtain reagent samples, while minimizing sample waste and loss.

Beer Production and Manufacturing

During the beer brewing process, raw materials, water sources, equipment, and other factors can release heavy metal elements. If these heavy metal elements exceed standard limits, they can have a significant impact on the quality and safety of the beer. They may not only alter the flavor and texture of the beer but also pose a potential threat to human health. TXRF technology is an extremely sensitive, accurate, non-destructive, rapid, and convenient method for detecting heavy metals. It helps beer manufacturers identify and address potential heavy metal contamination issues in a timely manner, ensuring product quality and safety.

Optical Glass

High-precision optical instruments, medical equipment, and other applications are subject to extremely strict performance requirements for optical glass. Excessive amounts of heavy metal elements in optical glass can negatively affect optical performance, physical properties, environmental and health safety, and limit the applications of the glass. Therefore, the careful detection of heavy metals during the production and use of optical glass is particularly important. TXRF technology is known for its high sensitivity and can accurately measure trace heavy metal elements in optical glass, ensuring product quality and compliance with relevant standards.