Customer Case: T114 Atomization Tester Procurement

A domestic supplier of automotive interior materials, specializing in plastic components, polyurethane, textiles, leather, adhesives, and non-woven fabrics. With increasing high-end orders and export demands, the company required precise evaluation of volatile components of interior materials under high-temperature conditions to ensure product quality and safety.

Challenges

Traditional testing methods could not accurately evaluate material atomization and volatile components under high temperature.

Existing equipment lacked stability and repeatability, making quality control difficult.

Previous instruments could not fully comply with both domestic and international testing standards.

Solution

The customer procured the T114 Atomization Tester, independently developed and manufactured by Shanghai Fanbiao. This instrument is designed to evaluate the volatile components of automotive and aerospace interior materials under high-temperature conditions. It supports a wide range of materials including plastic parts, polyurethane, textiles, leather, adhesives, non-woven fabrics, and thermoplastic elastomers.

Product Advantages

Accurate and Stable Testing: Temperature control accuracy of both low and high-temperature baths reaches ±0.1℃, ensuring high repeatability and reliability.

High Cost-Performance Ratio: Compact design, simple operation, and 6 test stations enable simultaneous multi-sample testing, improving laboratory efficiency.

Compliant with Domestic and International Standards: Fully meets relevant testing standards for automotive and aerospace interior materials.

Supports Quality Control and Order Growth: Precise testing allows better control of raw materials and finished products, ensuring stable product quality and driving downstream order increases.

Technical Specifications

Customer Feedback

“The T114 Atomization Tester provides accurate testing, stable performance, and high cost-effectiveness. It fully meets domestic and international standard requirements. Since using the instrument, our product quality control has become more precise, and downstream orders have significantly increased.”