£134.39
The Jolting Volumeter is a laboratory instrument designed for the determination of tapped density, bulk density, and the settling characteristics of powders, granules and other free-flowing materials. It provides a controlled and repeatable jolting action, allowing accurate measurement of volume changes following mechanical tapping.
Widely used in pharmaceutical, chemical, food and materials testing laboratories, the Jolting Volumeter is ideal for assessing the packing behaviour and compressibility of powdered and granular substances. The consistent tapping motion helps ensure reliable and reproducible results for routine quality control, research and product development applications.
Designed for ease of use and dependable performance, the instrument is compatible with a range of measuring cylinders, making it suitable for different sample volumes and laboratory testing requirements. Its robust construction and repeatable operation make it an excellent choice for laboratories requiring accurate density measurements.
The Jolting Volumeter is a laboratory instrument designed for the determination of tapped density, bulk density, and the settling characteristics of powders, granules and other free-flowing materials. It provides a controlled and repeatable jolting action, allowing accurate measurement of volume changes following mechanical tapping.
Widely used in pharmaceutical, chemical, food and materials testing laboratories, the Jolting Volumeter is ideal for assessing the packing behaviour and compressibility of powdered and granular substances. The consistent tapping motion helps ensure reliable and reproducible results for routine quality control, research and product development applications.
Designed for ease of use and dependable performance, the instrument is compatible with a range of measuring cylinders, making it suitable for different sample volumes and laboratory testing requirements. Its robust construction and repeatable operation make it an excellent choice for laboratories requiring accurate density measurements.
