QINSUN T114 Nebulometer Enhances VOC Testing Capabilities

In the increasingly competitive global glass industry, a leading glass laboratory has been committed to its vision of “Creating Outstanding Glass Enterprises · Achieving World-Class Brands” and its mission of “Leading a Green New Life.” Since establishing its headquarters in Hong Kong in 1988, the laboratory has placed great emphasis on materials research and product quality, continuously expanding laboratory investment and applying scientific methods to ensure both the safety and environmental performance of its glass products.

Six Months of Continuous Collaboration: Three T114 Nebulometers Implemented

Over the past six months, the laboratory has partnered with our company to acquire three QINSUN T114 Nebulometers. The introduction of these advanced instruments has significantly enhanced the laboratory’s capability to test material volatility and aerosol performance, providing robust technical support for the entire industry chain.

Strategic Need Behind the Collaboration

As a laboratory focusing on float glass, automotive glass, architectural glass, and new material research and manufacturing, the institution is dedicated to the development of energy-efficient and environmentally friendly glass products. With growing demands from automotive and construction sectors for material safety and sustainability, the laboratory required stronger control and precise measurement of raw materials and volatile organic compounds (VOCs).

During production, adhesives, coatings, and films need continuous aerosol performance testing to ensure that glass transparency and indoor environmental quality are not compromised by volatile emissions. The T114 Nebulometer, offering high precision, efficiency, multi-method testing capabilities, and compliance with stringent domestic and international standards, became the laboratory’s optimal solution.

Key Role of the T114 Nebulometer in the Laboratory

Since the first T114 Nebulometer was installed, testing efficiency has greatly improved. The precise measurement of material volatility provided a quantitative basis for product improvement. This successful first collaboration laid the foundation for the subsequent purchase of two more units.

Today, the T114 Nebulometers are widely used in research and quality control of automotive glass interlayer materials and architectural glass sealants, ensuring consistent product performance. The instruments’ high reliability and accuracy enable the laboratory to maintain its leadership in material evaluation and product development.

Driving Green Development and Environmental Performance

With the increasing emphasis on carbon neutrality and sustainability, the laboratory leverages the T114 Nebulometers to strengthen validation of environmentally friendly materials and low-carbon processes. Scientific testing and data analysis allow the laboratory to optimize the green industry chain and implement full lifecycle environmental performance management for its products.

This collaboration exemplifies the deep integration of technology and manufacturing. The high efficiency, precision, and reliability of the T114 Nebulometers provide critical technical assurance for the laboratory to fulfill its mission of “Leading a Green New Life.” With all three instruments now fully operational, the laboratory is further enhancing its competitiveness in material testing and quality control, driving continuous industry leadership in green transformation.

Case Highlights:

Acquisition of three QINSUN T114 Nebulometers within six months

High-precision VOC and aerosol testing supporting product improvement

Broad application in automotive glass interlayers and architectural sealants

Enabling low-carbon, environmentally friendly product development and full lifecycle performance management