AMETEK BROOKFIELD
ASCOTT ANALYTICAL EQUIPMENT LTD
ATP ENGINEERING BV
BINDER GmbH
BUCKLEYS (UVRAL) LTD
COATMASTER
DAKOTA ULTRASONICS
DEFELSKO CORPORATION
HACH LANGE
HANGON
HANNA INSTRUMENTS FRANCE
HILDEBRAND
KERN & SOHN GmbH
LABOMAT ESSOR
LAUDA
LENETA COMPANY
MITUTOYO FRANCE
Q-LAB CORPORATION
RHOPOINT INSTRUMENTS
RK PRINT COAT INSTRUMENTS Ltd
SIGMUND LINDNER GmbH
TABER INDUSTRIES
TAYLOR HOBSON LIMITED
TESTO
TQC BV
VEOLIA WATER STI
VERIVIDE
WALLACE
X-RITE EUROPE GMBH
The H-300S density meter automatically calculates the density of solid or liquid samples by the principle of weighing in air and then in water.
The H-300S density meter automatically calculates the density of solid or liquid samples by the principle of weighing in air and then in water.
• Measuring range: from 0.01 to 300 g.
• Resolution of 0.001 g / cm3.
• Display of weight in water as well as in air and sample volume.
• Optional liquid density kit.
• Supplied with a protective chamber and a 200 g test weight.
• Optional HilMeasure software (statistics, control report, data export).
The pressure applied by the device makes it possible to expel the air trapped in the liquids during their manufacture to make it negligible, thus improving the precision and the repeatability of measurement of their density by weighing.
Based on Archimedes' thrust, these stainless steel density balls make it possible to determine the density of paints, varnishes and similar products of low or medium viscosity.
The Hildebrand Model H-300DS Density Meter is a cost effective instrument for calculating specific gravity with a higher resolution of 0.001. The system is suitable for checking plastics, rubber, films, liquids, sintered metals, ceramics, glass and other non-metallic materials. The value is displayed automatically after the elapsed time.
Quickly and accurately determine the density of paints and similar products, defined as the weight per unit volume at a specified temperature.
The H-300S density meter automatically calculates the density of solid or liquid samples by the principle of weighing in air and then in water.