ResinTech SBG1-UPS is a uniform particle size type 1 gel strong base anion resin in chloride form. The uniform beads and somewhat smaller harmonic mean size yield minimal pressure loss and better regeneration efficiency compared to resins with Gaussian size distribution.

ResinTech SBG1P is a type 1 porous gel strong base anion resin in the chloride form. Its higher moisture content and lower ion exchange density result in better chemical efficiency and improved resistance to organic fouling. SBG1P is intended for use in industrial applications.

ResinTech SBG1-HCO3-HP is a bicarbonate form type 1 porous strong base anion resin. SBG1-HCO3 is intended for use in salt form strong base anion applications where an initial pH drop is undesirable or where release of chlorides is objectionable. ResinTech SBG1-HCO3-HP is supplied in the bicarbonate form.

ResinTech SBG1P-HP is a high purity type 1 porous gel strong base anion resin in chloride form. The 'HP' designation means it is Gold Seal Certified by the WQA for use in potable water applications.

ResinTech SBG1P-OH is a type 1 porous gel strong base anion resin in hydroxide form. SBG1P-OH is intended for use in industrial demineralizing applications such as two beds and mixed beds where a resin that has been tested to confirm high resistivity and low TOC is required.

ResinTech SBG1P-OH-ID is a dyed type 1 gel strong base anion resin in the hydroxide form. The ID grade means it has been dyed with a permanent blue dye that changes from deep blue to amber as the resin exhausts.

ResinTech SBG1P-OH-LTOC is a type 1 porous gel strong base anion resin in hydroxide form. The LTOC grade means it has been functionally tested to produce > 18 megohm resistivity and under 10 ppb of TOC (when paired in a mixed bed with LTOC grade cation resin).

ResinTech SBG1P-OH-NANO is a type 1 porous gel strong base anion resin in the hydroxide form. The NANO grade has been functionally tested to produce 18 megohm resistivity and under 2 ppb of TOC (when mixed with ULTRA grade cation resin).

ResinTech SBG1P-OH-NG is a nuclear grade type 1 porous gel strong base anion resin in hydroxide form. SBG1P-OH-NG is intended for use in industrial demineralizing applications such as two beds and mixed beds where a resin that has been tested to confirm high resistivity and low TOC is required.

ResinTech SBG1P-OH-SC is a type 1 porous gel strong base anion resin in hydroxide form. The SC grade means it has been functionally tested to produce > 18 megohm resistivity and under 50 ppb of TOC (when paired in a mixed bed with SC grade cation resin).

ResinTech SBG1P-OH-UC1 is a highly uniform particle size, type 1 porous gel strong base anion resin in hydroxide form. SBG1P-OH-UC1 is intended for use in industrial demineralizing applications such as two beds and mixed beds where a resin that has been tested to confirm high resistivity and low TOC is required.

ResinTech SBG1P-OH-ULTRA is a type 1 porous gel strong base anion resin in hydroxide form. The ULTRA grade has been functionally tested to produce > 18 megohm resistivity and under 2 ppb of TOC (when mixed with ULTRA grade cation resin).

ResinTech SBG1P-OH-UPS is a uniform particle size, type 1 porous gel strong base anion resin in the hydroxide form. SBG1P-OH-UPS is intended for use in industrial demineralizing applications such as two beds and mixed beds where economical high purity water production and low TOC is required.

ResinTech SBG1P-OH-UPS-SC is a uniform particle size, type 1 porous gel strong base anion resin in the hydroxide form. SBG1P-OH-UPS-SC is intended for use in industrial demineralizing applications such as two beds and mixed beds where economical high purity water production and low TOC is required.

ResinTech SBG1P-UC1 is a highly uniform particle size, type 1 porous gel strong base anion resin in chloride form. Its higher moisture content and lower ion exchange density result in better chemical efficiency and improved resistance to fouling. SBG1P-UC1 is intended for use in regenerable industrial applications.

ResinTech SBG1P-UPS is a uniform particle size, type 1 porous gel strong base anion resin in the chloride form. Its higher moisture content and lower ion exchange density result in better chemical efficiency and improved resistance to fouling.