SBMP1

plytix:63e424e76d97f27a580ba050|SBMP1_image2.jpg
plytix:63e424e76d97f27a580ba050|SBMP1_image2.jpg
plytix:63e424e76d97f27a580ba050|SBMP1_image2.jpg
plytix:63e424e76d97f27a580ba050|SBMP1_image2.jpg
plytix:63e424e76d97f27a580ba052|SBMP1_image3.jpg
plytix:63e424e76d97f27a580ba058|SBMP1.jpg
SBMP1
ResinTech SBMP1 is a chloride form type 1 macroporous strong base anion resin. It is optimized for waters that punish other anion resins. SBMP1 is intended for high flow rate and high-temperature polishing applications, and for other applications that require the highest possible physical strength and chemical durability.

Purchase Sample

$50

Available in 200L drum and 1000L supersack to maintain freshness.
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.
Contact Sales
Click the "Contact Sales" button to get a quote.
Need more than a sample?
Click "Contact Sales" to order by the pallet, truckload, or other cubic foot containers.

Product Description

ResinTech SBMP1 is a chloride form type 1 macroporous strong base anion resin. It is optimized for waters that punish other anion resins. SBMP1 is intended for high flow rate and high-temperature polishing applications, and for other applications that require the highest possible physical strength and chemical durability.

Features and Benefits

  • Macroporous structure
  • Organic fouling resistance
  • Superior physical stability
  • Complies with US FDA regulations

Applications

Dealkalizer
Demineralization / DI
Trace Contaminant Removal
DBP
Potable Water

Certifications

Kosher Certified
Free Resources to Make Your Job Easier

Physical Properties

SKU
SBMP1
Polymer Matrix
Styrenic Macroporous
Ionic Form
Chloride (Cl⁻)
Functional Group
Trimethylamine
Physical Form
Spherical Beads
Color
Tan to Brown
Particle Size
50 (297) x 20 (841)
Minimum Sphericity
95
Uniformity Coefficient
1.6
Temperature Limit

170 °F

Total Exchange Capacity (meq/ML)
1.1
Moisture Retention
56 to 60
Shipping Weight

41 lbs/cu.ft

Regenability
FALSE