BSM-50

BSM50
ResinTech BSM-50 is a borate form antimony and silica selective hybrid gel type 1 strong base anion resin. Hydrated iron oxide is monoatomically dispersed throughout the polymer, giving the product hybrid properties. The borate form hybrid is able to remove chloride and sulfate in addition to silica, antimony125, and other radionuclides.
Purchase Sample $85
 500ml sample of resin
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.
Contact Sales
Need more than a sample?
Click "Contact Sales" to order by the pallet, truckload, or other cubic foot containers.

Product Description

ResinTech BSM-50 is a borate form antimony and silica selective hybrid gel type 1 strong base anion resin. Hydrated iron oxide is monoatomically dispersed throughout the polymer, giving the product hybrid properties. The borate form hybrid is able to remove chloride and sulfate in addition to silica, antimony125, and other radionuclides. BSM-50 is stable and is intended for all nuclear applications such as spent fuel pools that contain borated water.

Features and Benefits

  • High Affinity For Antimony And Silica
  • Supplied In Borated Form
  • Superior Physical Stability
  • Controlled Particle Size

Applications

Antimony Removal
Silica Removal
Borated Water
Groundwater
Potable Water

Contaminants

Antimony
Silica
Arsenic
Phosphate
Boron

Markets

Radwaste Treatment,Nuclear

Free Resources to Make Your Job Easier

This is some text inside of a div block.

Physical Properties

Products
BSM-50
SKU
BSM50
Polymer Matrix
Styrene/DVB
Ionic Form
Borate (BO₋₃)
{"Functional Group":"Iron oxide Hybrid / Trimethylamine","Physical Form":"Spherical Beads","Media Color":"Black","Grade":"Standard","Mesh Type":"Standard","Particle Size Range":"16 - 50 US mesh (1190μ - 297μ)","Minimum Sphericity %":93,"Moisture Retention (%)":"35 to 50","Max Continuous Temp":"250°F (121°C)","Max Pressure Loss":"25 psi (172 kPa)","Capacity (meq/mL)":1.4,"Ship. Wt. (lbs/cu.ft.)":49,"Shipping Weight":"48 - 50 lbs/cu.ft. (769 - 801 g/L)","Uniformity Coefficient":1.6}