Le Chatelier Flask

Glass Agencies presents the Le Chatelier Flask, a laboratory glassware item used for determining the specific gravity of liquids, particularly petroleum products, bitumen, and other viscous materials. This flask is widely used in chemical laboratories, testing facilities, educational institutions, and industrial quality control units where accurate density measurement is required. The flask features a bulb shaped body with a long, narrow neck that allows precise observation of liquid levels during filling and temperature adjustment. Graduated markings on the neck support accurate volume readings, helping users obtain consistent and dependable results. The shape of the flask allows excess liquid to escape easily through the capillary opening, ensuring the exact internal volume is maintained during testing. Manufactured from clear, heat resistant glass, the flask allows easy visibility of the sample and supports safe use under controlled temperature conditions. Smooth internal surfaces help prevent air entrapment and make cleaning simple after each use. The stable base provides balance when placed on laboratory benches, reducing the risk of tipping during handling. This flask is suitable for routine laboratory analysis as well as research applications that require repeatable measurement outcomes. Glass Agencies ensures careful inspection of each Le Chatelier Flask to maintain uniform wall thickness, accurate graduation, and proper capacity. The flask assists technicians and analysts in achieving reliable density values, supporting material comparison and quality verification. Its simple design allows easy handling without complex procedures, saving time during testing operations. Long service life and resistance to common laboratory chemicals contribute to reduced replacement frequency. Customers rely on Glass Agencies for genuine laboratory supplies, consistent specifications, and dependable support. This product reflects our commitment to supplying functional testing accessories that support accuracy, clarity, and confidence in laboratory measurements. It also aids in maintaining standard testing practices, improving reporting consistency, and supporting dependable evaluation across various materials, testing environments, and analytical requirements in laboratories worldwide.