The get the most out of measurement technologies by adopting it’s use and develop new methods is our biggest strengths.
Read moreSEIBOLD Wasser – Analysatorenfabrik GmbH
Online Measurements in Water
Online Measurements in Water
The get the most out of measurement technologies by adopting it’s use and develop new methods is our biggest strengths.
Read moreIn almost all cases our clients have to do a precise documentation about measurement results. We now added a serial data logger interface based on MS Excel®. The serial interface on Seibold analysers is RS-485 or RS-232 and
Read moreHeavy loaded and changing sample matrices make online measurements difficult. SEIBOLD Wasser developed a process to test online Measurements in tricky sample situations.
Read moreThere are many cases where sample dilution seems to be adequate to get better measurement results: Purpose for sample dilution: Get high concentrations into measurement range. Use the ideal measurement technology measurement range for electrodes. Lower the influence of interferences.
Read moreAccurate and reliable measurements need perfect aligned services. SEIBOLD Wasser and its partners provide services from choosing the adequate technology to commissioning and maintenance to insure good measurement results long term.
Read moreFilters and ion exchangers are commonly used in industrial treatment processes. To control the performance and the life time of filters and ion exchangers the differential measurement is the best strategy for process control.
Read moreThe SEIBOLD Wasser colorimetric Schnelltest is based on the same reagents as SEIBOLD COMPOSER online analysers. The question about if or if not the SEIBOLD Wasser analyser is suitable in a specific sample situation can be be answered fast and
Read moreAll SEIBOLD Wasser Reagents are now externally classified as non toxic and non dangerous. SEIBOLD Wasser states that reagents are most important for accurate and reliable measurements.
Read moreWe need you help.
Read moreDilution of sample has positive and negative effects on measurement results. The following
Read more