Entering the era of "trace level"

In today's rapidly developing polymer materials, the barrier properties of materials against oxygen and water vapor have become a key factor affecting product performance. From OLED and flexible electronics to pharmaceuticals and semiconductor packaging, many cutting-edge fields have entered the era of "trace level" requirements for material barrier properties. However, traditional detection methods are limited by accuracy and are increasingly unable to meet such high standard requirements.

Sike faces the challenges of this industry and abandons the traditional path of waiting for slow evolution of sensor technology. Through innovation, it has successfully broken through hardware limitations and achieved accurate and reliable measurement of trace level oxygen and water vapor permeability, providing solid data support for the research and quality control of advanced materials.

Firstly, let's take a look at market demand. Why do we need ultra-high precision detection?

The market's demand for barrier properties of materials has entered the category of ultra-high precision

Currently, the requirements for material barrier performance are constantly increasing. For example, in the field of OLED and flexible display, trace amounts of water vapor and oxygen may cause black spots and rapid screen failure. In terms of electronic packaging, chips, sensors and other devices need to be tightly protected, and the barrier performance directly affects the reliability and lifespan of the product. There is also innovative pharmaceutical packaging. Many biologics and drugs are highly sensitive to moisture, and stable low water vapor permeability is the key to ensuring drug efficacy. In addition, in the field of new energy, such as perovskite solar cells, solid-state batteries, etc., their internal materials are also extremely sensitive to water and oxygen, requiring materials to have excellent barrier properties.

The key contradiction here is that the market's demand for barrier properties of materials has entered the realm of precision, while the measurement limits of traditional testing equipment often struggle to meet the practical needs of these cutting-edge applications.

So, how did Sike achieve technological breakthroughs?

Sike relies on technological breakthroughs to achieve trace level detection

The traditional approach is to directly enhance the sensitivity of sensors, but this faces enormous challenges involving multiple limits in basic physics, materials science, and precision manufacturing, and progress is slow. Faced with this common technical challenge, Sike chose to actively innovate. Sike takes a unique approach, not limited to direct measurement, but innovates through indirect measurement and signal amplification principles. We create more effective testing conditions by optimizing the design of the testing chamber and flow path, and selectively amplify and convert weak transmitted signals. By applying precise data algorithms in algorithms, real-time interference from the environment and the system itself can be subtracted, thereby accurately extracting effective trace signals under low signal-to-noise ratio conditions. This is not only a breakthrough in a single technology, but also an interdisciplinary system engineering. The core solution for the trace oxygen permeability test of Sike has obtained the national invention qualification. After continuous research and repeated verification, we have finally achieved the stability and practicality of this technological path.

The ultimate result is that Sike's trace level detection instrument has significantly improved the detection limit, effectively solving the problem of "inaccurate and difficult to measure" in the research and quality control of cutting-edge materials.

What core value can high-precision detection bring?

Having a high-precision trace detection instrument is far more valuable than just obtaining one data. It can serve

Research and development provides direction for researchers to quantitatively evaluate and compare various high-performance barrier materials, effectively guiding formula optimization and process improvement. It is also the goalkeeper of quality, ensuring the yield and reliability of end products from the source by rigorously screening materials and finished products. Meanwhile, accurate and reproducible testing data helps establish market trust, becoming an important basis for building trust between material suppliers and customers, and enhancing product competitiveness. With the popularization of high-precision detection, there is hope to promote the establishment of higher-level industry testing standards to help the entire industry develop upwards.

When the industry was still struggling with bottlenecks in detection technology, Sike achieved technological breakthroughs through innovative underlying methods. Our trace level oxygen and water vapor detection solution not only provides a high-precision instrument, but also offers critical testing capabilities for researchers and producers committed to material innovation. Behind this is Sike's profound understanding of market demand, long-term technological accumulation, and innovative practice. We look forward to becoming a reliable partner for customers in material research and development, using accurate measurement data to help customers transform innovative ideas into stable and reliable products.