SBG1-UC1

SBG1UC1
Type 1 gel strong base anion resin in chloride form for condensate polishing and industrial demineralization. Highly uniform beads providing minimal pressure loss and better regeneration efficiency. Recommended for countercurrently regenerated systems.
Purchase Sample $60
 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 SBG1-UC1 is a type 1 gel strong base anion resin in chloride form for condensate polishing and industrial demineralization. The highly uniform beads and somewhat smaller harmonic mean size yield minimal pressure loss and better regeneration efficiency compared to resins with Gaussian size distribution. SBG1-UC1 is intended for use in industrial applications that require a high solids strong base anion resin and is recommended for countercurrently regenerated systems such as packed beds.

Features and Benefits

  • Highly uniform particle size
  • High operating capacity
  • Organic fouling resistance
  • Superior physical stability

Applications

Dealkalizer
Demineralization / DI
Trace Contaminant Removal

Markets

Power Generation,Nuclear,Ethanol,Industrial Water,Life Sciences & Ultrapure Water,Sugar Refining

Certifications

REACH Registered
Free Resources to Make Your Job Easier

Physical Properties

Products
SBG1-UC1
SKU
SBG1UC1
Polymer Matrix
Styrene/DVB
Ionic Form
Chloride (Cl⁻)
{"Functional Group":"Trimethylamine","Physical Form":"Spherical Beads","Media Color":"White To Amber","Grade":"Standard","Mesh Type":"Standard","Particle Size Range":" - US mesh (μ - μ)","Minimum Sphericity %":95,"Moisture Retention (%)":"42 to 51","Uniformity Coefficient":1.1,"Reversible Swelling":"18 to 25% (Cl → OH)","Max Continuous Temp":"170°F (77°C)","Max Pressure Loss":"20 psi (138 kPa)","Capacity (meq/mL)":1.4,"Ship. Wt. (lbs/cu.ft.)":44,"Shipping Weight":"43 - 45 lbs/cu.ft. (689 - 721 g/L)"}