Aniline Point Tester LAPT-A10

Labtron’s Aniline Point Tester LAPT-A10 is designed to measure the temperature at which equal volumes of aniline and a petroleum product become completely miscible. This helps in identifying the aromatic content, which is critical for fuel characterization. The test provides insights into fuel behavior, solvency power, and compatibility with rubber and other materials. Our instrument ensures consistent performance across various hydrocarbon samples.

Our Aniline Point Tester LAPT-A10 supports fuel and lubricant manufacturers in ensuring that their products meet required aromatic content standards. The test results help detect deviations in composition that could affect performance, stability, or material compatibility. Our tester allows quick detection of off-spec samples, helping to avoid costly errors or product recalls. This makes it a reliable tool in both production and R&D labs.

The Aniline Point Tester LAPT-A10 is ideal for most light to medium petroleum distillates, including diesel, kerosene, and gasoline. Our tester provides accurate readings for samples with aniline points within its temperature range, making it a versatile option for standard fuels. Our design focuses on routine analysis, but for heavier or more complex samples, we recommend our higher-range models. Choosing the right model depends on the boiling point and chemical nature of the sample.

Labtron’s Aniline Point Tester LAPT-A10 features visual and audible signals for endpoint detection, eliminating the need for constant monitoring. This ensures users are immediately alerted when miscibility is achieved, enhancing test precision and reducing operator workload. Our tester is engineered to boost laboratory productivity while maintaining high accuracy. It also improves operational safety by minimizing the risk of handling errors.

Our Aniline Point Tester LAPT-A10 is built with durable materials and requires minimal maintenance when used properly. Basic tasks such as cleaning glassware, checking stirrer alignment, and ensuring temperature control calibration will keep it functioning optimally. We provides maintenance guidelines and technical support to simplify upkeep. The robust design minimizes downtime in high-throughput lab environments.