Sartorius offers a wide range of filter balances for use in particulate emissions testing.. These balances are ideal for measurements in research and testing institutes in the field of environmental technology – anywhere that the emissions produced by combustion processes are closely scrutinized. Sartorius filter balances, high-precision gravimetric measurement of particulate diesel fuel emissions involves a whole 21 million steps – this is the number of scale intervals in an ultra-microbalance designed for measuring the weight of microscopically small soot particles.
When emissions in diesel motors are reduced, however, the techniques for measurement have to be improved to detect ever-smaller amounts of soot. The 40 CFR 86.1312-2007 regulation issued by the United States Environmental Protection Agency (EPA), “Filter stabilization and microbalance workstation environmental conditions, microbalance specifications, and particulate matter filter handling and weighing procedures,” specifies the use of an ultra-microbalance with a repeatability of 0.1 µg and a repeatability of 0.25 µg for gravimetric detection of particulate emissions.
This site is owned and operated by Precision Weighing Balances an Authorized Sartorius Dealer and is not sponsored or affiliated with Sartorius. For warranty, parts and technical related issues please call Sartorius directly at 631-254-4249.
Sartorius MSA2.7S0TRDF filter ultra microgram balance is specially modified for filter weighing. Filter weighing balance designed with the special DF stainless-steel filter draft shield is optimized for ultra precise weighing of filters. Different weighing pan diameters are available for varying filter sizes. The filter balance can weigh filters up to 50 millimeters in diameter or you can purchase the optional accessories for filter sizes of 75 mm and 90 mm diameter.
Airborne particulate matter for environmental air quality monitoring of air pollution measuring based on gravimetric analysis to one microgram readability can be achieved with the Sartorius MSE6.6S000DF. Air quality monitoring imposed by numerous government agencies call out in the standard operating procedure a microbalance for laboratory gravimetric analysis of particulate matter in the air quality testing methods. The net weight difference between pre and post sampling filter weights are used [Read More ....]
CPA2P-F from Sartorius replaces the older CP2P-F filter balance.
The new CPA Series replaces the older model and minor improvements have been made such as a new
keypad overlay.
New Micro Filter Balance that's affordable by the world leading high precision
laboratory manufacture- Sartorius. Who holds "the Guinness Book of
World Records" for the most accurate balance in the world? Who introduced
the world's first pharmaceutical balance?? [Read More ....]
Differential filter weighing weighing and the use of a microbalance for air quality testing for measuring airborne particulate matter using the Sartorius MSA6.6S000DF microgram filter weigh balance for gravimetric analysis to microgram. Sartorius MSA6.6S000DF filter microgram balance is specially modified for filter weighing. Filter weighing balance designed with the special DF stainless-steel filter draft shield is optimized for microgram precise weighing of filters. Different weighing pan diam [Read More ....]
Air quality standards monitoring airborne particulate matter (PM) are based on gravimetric analysis of PM samples collected on filters and measured using an ultra microbalance filter balance. The Environmental Protection Agency has defined ambient air quality standards for particulate matter concentrations and created Federal Reference Method (FRM). Many of the tests require the mass differences less than 100 µg that must be correctly measured in gravimetric analysis of particles collected [Read More ....]
Sartorius MSU6.6S000DF filter balances has readability to one microgram. If your air contamination testing procedure calls out out 1 µgram readability the Sartorius MSU6.6S000DF specifications are 6.1 gram weighing capacity with 1 µgram readability. Around the globe environmental agencies are monitoring air quality standards for particulate matter and this analysis is typically performed with microbalances measuring the differential weight of blank Teflon filters.
High tenth of a microgram precision weighing when extreme weighing sensitivity is required. Sartorius has the ideal solution for this most demanding metrological differential weighing task for filter weighing: the MSU2.7S-000-DF ultra microbalance. The draft shield on the MSU2.7S-000-DF has been specially developed for weighing filters. The Cubis MSU offers a high resolution black and white 5.7" graphic display touch screen display for easy operation and configuration. Not only is it ergono [Read More ....]
The Sartorius SE2-F filter microbalance has been discontinued and no longer in production. The replace model is the Sartorius MSA2.7S0TRDF filter weighing balance. We have no remaining stock on the Sartorius SE2-F and all information displayed herein is for archival and support purposes only.
Sartorius SE2-F is a new microbalance is specially modified for filter weighing.
Filter balances can determine concentration of suspended particulate matter
(SPM) and is expressed as weight per volume filtered. When you demand
the highest credentials in weighing technology there is only one choice - Sartorius.
The ME5-F provides accurate and fast results with weighing capacity 5.1 grams
with 1 µg readability.
Stabilize readings within an ultra fast 10 seconds, for maximum time savings
with each weighing operation.&n [Read More ....]
Sorry - this balance has been sold and we have NO MORE available at the crazy price it was selling for!! The CP2P-F has been replaced by Sartorius's new model the CPA2P-F balance. The CP2P-F micro balance can be used to weigh filters up to 4.9 inches in diameter and it can also be used as a micro balance since it comes with a standard weighing platform of 0.8 inch diameter weighing pan. The only difference between the two mode [Read More ....]
Analytical Balances
Filter Balances
