Mixed Bed DI Resin, 35:65 v/v ResinTech CG-8-H-ID/SBG1P-OH-ID, Color Changing

Description

Benefits:
- Premium ResinTech ion exchange resins, manufactured in the USA
-Specially formulated to balance anion and cation exchange resin capacity (total capacity 1.32 eq/L; 0.66 eq/L by component)
- 35:65 blend by volume (39:61 blend by weight) of ResinTech CG8-H-ID and
ResinTech SBG1P-OH-ID
has 30% higher capacity for anionic contaminants (e.g. carbonic acid/bicarbonate/carbonate, as a result of dissolved CO2) than conventional mixed bed ion exchange resins.
- Color indicating dye on both anion and cation components, resulting in more accurate assessment of ion exchange resin exhaustion and lower resin replacement frequency.
Mixed bed ion exchange resin containing 35:65 blend by volume CG8-H-ID 8% crosslinked strongly acidic cation exchange resin with color indicating dye and
ResinTech SBG1P-OH-ID Type I strongly basic anion exchange resin with color indicating dye.
The formulation contains the same components as ResinTech MBD-30, formulated to balance resin capacity (1.32 eq/L), resulting  in 30% higher loading capacity than MBD-30.  In addition, each component contains color indicating dye for visual confirmation of resin exhaustion. MBD-30 contains indicator dye on SBG1P-OH-ID only. CG8-H-ID has a deep violet color, changing to amber upon exhaustion. SBG-1P-OH-ID has a deep blue color, changing to amber upon exhaustion. Color changing dyes on both resins provide a more accurate assessment of resin exhaustion, significantly reducing the frequency of resin changes. We are the only company offering color indicating dyes on both components.
SBG1P-OH-ID (Listing ID:
154338877779)
and CG8-H-ID (Listing ID:
154338858086
)
are also offered separately for use in dual bed resin filter(s) or custom blended mixed bed ion exchange.
PHYSICAL PROPERTIES
Polymer Structure:
Styrene/DVB
Polymer Type: Gel
Functional Group: Sulfonic Acid (Cation) / Trimethylamine (Anion)
Physical Form: Spherical Beads
Ionic Form (as shipped): Hydrogen/Hydroxide
Capacity: Cation 1.9 eq/L/Anion 1.0 eq/L
Volume Ratio (Cation/Anion): 35/65 percent
Weight Ratio (Cation/Anion): 39/61 percent
Water Retention: 52 to 62 percent
Shipping Weight: 44 lbs per cu. ft.
Screen Size Distribution 16 to 50 (U.S. Mesh)
Resin Color: Purple (Cation) / Blue (Anion
)
ResinTech SBG1P-OH-ID
is a dyed hydroxide form type 1 gel strong base anion resin.
SBG1P-OH-ID
is dyed with a permanent blue dye that changes from deep blue to amber as the resin exhausts.
ResinTech SBG1P-OH-ID
is intended for use anywhere that a visual indication of resin exhaustion is desired.
SBG1P-OH-ID
is supplied in the hydroxide form.
PHYSICAL PROPERTIES
Polymer Structure
Styrene/DVB
Polymer Type
Gel
Functional Group
Trimethylamine
Physical Form
Spherical Beads
Ionic Form (as shipped)
Hydroxide Form
Total capacity
> 1.0 meq/mL (OH Form)
Water Retention
NA
Approximate Shipping Weight
41 lbs/cu.ft. (OH Form)
Screen Size Distribution
16 to 50 (U.S. Mesh)
Maximum Fines Content
1 percent (less than 50 Mesh)
Minimum Sphericity
93 percent
Uniformity Coefficient
1.6 (Approximate)
Resin Color
Blue
ResinTech CG8-H-ID
is a hydrogen form 8% crosslinked gel strong acid cation resin.
CG8-H-ID
is dyed with a permanent purple dye that changes from purple to yellow as the resin exhausts.
ResinTech CG8-H-ID
is intended for use anywhere that a visual indication of resin exhaustion is desired.
CG8-H-ID
is supplied in the hydrogen form.
PHYSICAL PROPERTIES
Polymer Structure
Styrene/DVB
Polymer Type
Gel
Functional Group
Sulfonic Acid
Physical Form
Spherical Beads
Ionic Form (as shipped)
Hydrogen
Total capacity
> 1.8 meq/mL (H Form)
Water Retention
43 to 58 percent (H Form)
Approximate Shipping Weight
50 lbs./cu.ft.
Screen Size Distribution
16 to 50 (U.S. Mesh)
Maximum Fines Content
1 percent (less than 50 Mesh)
Minimum Sphericity
85 percent
Uniformity Coefficient
1.6 (Approximate)
Resin Color
Purple
Return Policy - Returns will be accepted up to 30 days after purchase, per eBay guidelines, on unopened/unused media. No returns are accepted for opened or used media, as we can not guarantee the authenticity of returned media.