Precision Instruments Empower Scientific Research at Western University in Canada

As a renowned public research university in Ontario, Western University enjoys a global reputation, particularly for its strong research capabilities. Its Faculty of Engineering and Materials Science Research Center have long been at the forefront of technological innovation, with extensive experience in materials and polymers.

However, this type of research requires rigorous testing of material properties, particularly their combustion and flame retardancy properties under specific conditions. To obtain the required data in these demanding experimental environments, they needed a trusted partner who could provide them with accurate, standard-compliant instruments.

Authoritative Instruments Empower Scientific Research

To meet the high-level nature of the client's research, our company provided two precision core instruments—the QINSUN F101 Limiting Oxygen Index Tester and the QINSUN UL94 Horizontal and Vertical Flame Tester. Both instruments provide the university with authoritative and reliable test data.

The minimum oxygen concentration (LOI) is a key quantitative indicator for evaluating a material's flame retardancy, and the F101 has earned the university's recognition for its high accuracy and stability. Using this instrument, researchers can not only obtain highly reproducible data but also scientifically compare the relative flame retardancy of materials, providing a reliable data foundation for future research.

The QINSUN F101 utilizes the latest oxygen analysis methods, providing a stable gas supply mechanism with an oxygen percentage accuracy of up to ±0.1%. It can assess the combustion performance of homogeneous solid materials, laminates, foams, films, and soft sheets under specified conditions. Automatic control of oxygen and nitrogen concentrations to achieve the desired concentrations, digital oxygen concentration display, and direct oxygen concentration control greatly simplify the researcher's operation process.

The authoritative basis for determining a material's flame retardancy rating is primarily based on the material's flame spread rate after ignition, its slowness, and its self-extinguishing ability. For Western University, the QINSUN UL94 horizontal and vertical flame tester is a valuable tool for simulating the combustion behavior of materials in a fire. It enables students to more intuitively understand and quantify the combustion performance of materials, making "combustion" more than an abstract concept and providing safety verification for practical application of research results.

This instrument complies with multiple international standards, including UL94. IEC 60695-11-10. IEC 60707. and ISO 1210. It features a large glass observation window, creating an elegant and elegant design that allows researchers to observe and manipulate sample combustion conditions. High-precision pressure control valves and pressure gauges ensure traceability of all data sources, and the system's automatically generated records and test reports improve university efficiency.

Collaboration between universities and enterprises: Shaping the future of scientific research

Research is never solely the responsibility of universities; every sector of society is a contributor to it. This is more than a simple instrument purchase; it is a force that both parties contribute to scientific research. This convergence of interests brings both parties closer. The instruments we deliver bring precision and efficiency to university research projects, while the feedback from researchers enables us to continuously optimize our products and drive continuous innovation. This cycle infuses research with a constant stream of new energy.

The value of this university-enterprise collaboration transcends the transaction itself; it demonstrates our commitment as a supplier to leading global scientific research.

The precise, reproducible, and certifiable data provided by F101 and UL94 combustion instruments are the fundamental guarantee for research results to be published in top journals. When academic research becomes practical, and innovative laboratory research is transformed into safety barriers that protect the world, the world we live in becomes a safer place.

We are honored to collaborate with Western University and support its innovative work. This not only strengthens our brand's influence in international schools, but also further demonstrates that our instruments can meet the demanding requirements of leading laboratories.