SEPLITE® MA940 is a polystyrene macro porous, weak base anion resin.
MA 940 shows excellent removal feather for natural organic substances.
Due to its macro porous structure, MA 940 presents an outstanding performance on regeneration efficiency, its strong matrix also ensures its good feather for resistance of osmotic shock.
MA 940 is widely used in water and food applications or some relevant applications.
|Physical and Chemical Characteristics|
|Matrix Structure||Styrene Divinylbenzene copolymer, Tertiary amine|
|Shipped form||FB or Cl- form|
|Physical Appearance||Ivory spheres|
|Particle size (mm)||0.315-1.25|
|Moisture content (%)||48-58 (Cl- Form)|
|Bulk Density ( g/l)||650-720|
|Density ( g/l)||1000-1100|
|Whole beads count (%)||≥95|
This information is general information and may differ from that based on actual conditions. For more information about SEPLITE® resins, please contact SUNRESIN® directly.
In this week at Sunresin’s headquarter in Xi’an, there has been successfully held the acceptance meeting of the Sunresin (SZ.300487) -Argentina Angeles Salt lake 25KT/A DLE project which was contracted by Tibet Everest(SH. 600338) in Mar. 2022. The Phase I acceptance inspection of this Lithium carbonate extraction project is smoothly passed. The quality of SR’s systemic equipment and strictly scheduled manufacture process are highly evaluated by the proprietor together with the third party experts.
Forbes China released its list of "Women in Tech 2022" last week, featuring 50 Chinese women. Sunresin’s Chairwoman, Gao Yuejing, is on the list in recognition of her leadership in continuously breaking through the bottleneck of innovation in the adsorption and separation industry, and bringing the industry to a wider, deeper, and more cutting-edge level.
Recently, the performance acceptance of the transformation and expansion project of the Minmetals Salt Lake’s 4,000 t/a lithium carbonate production line implemented by Sunresin has been successfully completed, marking the successful conclusion of this benchmark project of Lithium Extraction from salt lake brine. The construction of this project started in late November 2021 and has gone through a number of challenging conditions such as the Covid lockdown and logistics challenges caused by the pandemic. Since the beginning of the project, Sunresin has mobilized a highly dedicated, customer-oriented and solution-driven team to ensure the smooth operation of the project and timely implementation and production on site.