824,90 €
Price excl. VAT &. delivery
The analytical balance has a moisture measuring range of 0 … 100%. The analytical balance is operated via the 5" touchscreen. To determine the moisture content with the analytical balance, a sample is evenly distributed on the sample pan.
The laboratory balance has a moisture measuring range of 0 … 100%. The laboratory balance is operated via the 5" touchscreen. To determine the moisture content with the laboratory balance, a sample is evenly distributed on the sample pan.
The moisture balance has a moisture measuring range of 0 … 100%. The moisture balance is operated via the 5" touchscreen. To determine the moisture content with the moisture balance, a sample is evenly distributed on the sample pan.
The precision balance has a moisture measuring range of 0 … 100%. The precision balance is operated via the 5" touchscreen. To determine the moisture content with the precision balance, a sample is evenly distributed on the sample pan.
The compact balance PCE-SD 300C is a low-cost robust verifiable system balance. The calibration of the compact balance is according to the trading class M III. The sturdy foundation of the compact balance is made of painted steel and features a plastic-coated steel platform.
The laboratory balance has a moisture measuring range of 0 … 100%. The laboratory balance is operated via the 5" touchscreen. To determine the moisture content with the laboratory balance, a sample is evenly distributed on the sample pan.
With a resolution of 0.1 mg, this analytical balance is ideally suited for checking small samples for their weight. For example, powder can be weighed with the analytical balance. Typical areas of application for the analytical balance are therefore in laboratories or in research facilities.
The analytical balance PCE-MA 200 is used to weigh a range of substances up to 200g / 7.05oz and measure their moisture content. A halogen lamp heats up the chamber to 199 °C / 390 °F. The analytical balance dries the substance to be weighed within the heating chamber and determines the moisture content from the difference in weight.
The laboratory balance PCE-MA 200 is used to weigh a range of substances up to 200g / 7.05oz and measure their moisture content. A halogen lamp heats up the chamber to 199 °C / 390 °F. The laboratory balance dries the substance to be weighed within the heating chamber and determines the moisture content from the difference in weight.
The precision balance PCE-MA 200 is used to weigh a range of substances up to 200g / 7.05oz and measure their moisture content. A halogen lamp heats up the chamber to 199 °C / 390 °F. The precision balance dries the substance to be weighed within the heating chamber and determines the moisture content from the difference in weight.
With a resolution of 0.1 mg, this analytical balance is ideally suited for checking small samples for their weight. For example, powder can be weighed with the analytical balance. Typical areas of application for the analytical balance are therefore in laboratories or in research facilities.
PCE-MA 200 is an oven-drying moisture analyzer for weighing and heating material samples to determine moisture content. The heating chamber is heated by halogen lamps up to 199 °C. In this chamber, the moisture analyzer or moisture balance dries the sample to be weighed, and then calculates the moisture content from the weight difference.
The Analytical Balance PCE-MA 200 is used to weigh a range of substances up to 200g / 7.05oz and measure their moisture content. A halogen lamp heats up the chamber to 199 °C / 390 °F. The Analytical Balance dries the substance to be weighed within the heating chamber and determines the moisture content from the difference in weight.
The Laboratory Balance PCE-MA 200 is used to weigh a range of substances up to 200g / 7.05oz and measure their moisture content. A halogen lamp heats up the chamber to 199 °C / 390 °F. The Laboratory Balance dries the substance to be weighed within the heating chamber and determines the moisture content from the difference in weight.
The laboratory balance PCE-MA 100-ICA allows different materials to be weighed and their moisture contents determined. The heating chamber is heated by halogen lamps up to 199 °C. In this chamber, the laboratory balance dries the material to be weighed, and then calculates the moisture content from the weight difference.
The analytical balance PCE-MA 100-ICA allows different materials to be weighed and their moisture contents determined. The heating chamber is heated by halogen lamps up to 199 °C. In this chamber, the analytical balance dries the material to be weighed, and then calculates the moisture content from the weight difference.
The PCE-MA 202-ICA is an oven-drying laboratory balance for weighing and heating material samples to determine moisture content. The heating chamber warms up to 199 °C / 390 °F with the use of halogen lamps. Drying of the sample to be weighed takes place within the chamber of the laboratory balance and the moisture content is subsequently calculated from the difference between the initial and final weight.
The PCE-MA 202-ICA is an oven-drying analytical balance for weighing and heating material samples to determine moisture content. The heating chamber warms up to 199 °C / 390 °F with the use of halogen lamps. Drying of the sample to be weighed takes place within the chamber of the analytical balance and the moisture content is subsequently calculated from the difference between the initial and final weight.
The Precision Balance PCE-MA 200 is used to weigh a range of substances up to 200g / 7.05oz and measure their moisture content. A halogen lamp heats up the chamber to 199 °C / 390 °F. The Precision Balance dries the substance to be weighed within the heating chamber and determines the moisture content from the difference in weight.
The precision balance PCE-MA 100-ICA allows different materials to be weighed and their moisture contents determined. The heating chamber is heated by halogen lamps up to 199 °C. In this chamber, the precision balance dries the material to be weighed, and then calculates the moisture content from the weight difference.