Product Water Treatment
High-performance anion exchange media for demineralization, silica reduction, nitrate removal, and DI polishing. Available as Strong Base Anion (SBA Type I / Type II) and Weak Base Anion (WBA) grades.
Anion exchange resins remove negatively charged ions (anions) from water. In demineralization trains, anion resin typically follows a cation exchanger to remove species such as chlorides, sulfates, nitrates, bicarbonate/alkalinity, silica, and dissolved CO2 (depending on the system design and resin type).
Common use cases across industrial and utility water systems (final spec depends on targets and feed water).
Tell us your targets (silica, resistivity, organics) and we’ll align the correct chemistry and bead structure.
Quaternary ammonium functional groups designed for strong anion removal and commonly preferred where silica polishing and high-purity requirements are critical (system dependent).
Similar base functionality with efficiency advantages in many general demin applications. Performance depends on feed composition, operating temperature, and regeneration practice.
Used to remove strong mineral acids after cation exchange in certain system designs and can be helpful under higher organic load conditions (application dependent). Typically regenerated with caustic.
Values vary by resin type (SBA/WBA), matrix (gel/macroporous), and form (Cl⁻/OH⁻). Confirm details on quotation.
Styrene-divinylbenzene (typical); gel or macroporous options by grade
Strong base: quaternary ammonium • Weak base: amine functionality (by type)
Standard: chloride (Cl⁻) • Hydroxide (OH⁻) available for polishing duties
Uniform bead distributions available; specify pressure drop constraints
Supplied moist to protect bead integrity; net volume typically stated as “wet liters”
SDS • COA • TDS, plus packing list and origin documents as required
| Parameter | Typical range / note (indicative) |
|---|---|
| Resin type | SBA Type I / SBA Type II / WBA (state your preference or request recommendation) |
| Form supplied | Cl⁻ standard; OH⁻ on request (common for polishing / mixed-bed service) |
| Moisture content | Wet shipped; typical commercial ranges depend on matrix and type (confirm on COA/TDS) |
| Particle size | Typical industrial bead ranges; request uniform grade if pressure drop or kinetics are critical |
| Operating pH | Broad operating window for most anion resins; verify against your chemicals and temperature |
| Max operating temperature | Depends strongly on resin chemistry (Type I/II/WBA) and form; confirm for hot service |
| Packaging | 25 L bags, 200 L drums, 1 m³ supersacks (as applicable to lane and destination) |
The table above is intentionally indicative. For correct selection, share your feed water analysis and target quality; we’ll quote the appropriate resin grade and verified parameters.
Performance depends on exchange capacity, resin type, regeneration quality, and pretreatment. These guidance notes help you provide the right inputs for selection and procurement.
Driven by feed TDS profile (especially sulfate/nitrate/alkalinity), leakage limits, and how completely regeneration restores capacity.
Influenced by bead size, bed depth, flow rate, and fouling. Provide vessel dimensions and service flow to align the bead distribution.
Upstream filtration and organics control reduce irreversible capacity loss. Share iron, organics/TOC, and turbidity if available.
We supply documentation and practical support for smooth acceptance and start-up.
SDS, COA, TDS; plus packing list, origin docs, and compliance declarations where required.
Specification alignment with procurement limits for capacity, moisture, and bead grading (by offer).
Support for initial rinse/conditioning steps and best-practice checks after loading.
Fast answers to common procurement and technical questions.
Yes—availability depends on lane and packaging. Share your silica and conductivity targets for the correct recommendation.
Cl⁻ is common for general supply and commissioning; OH⁻ is often requested for polishing/mixed-bed duties. Your system design governs the choice.
Common drivers include incomplete regeneration, fouling (iron/organics), channeling, excessive service flow, or resin aging. Share symptoms and operating data for support.
Yes. Provide your current resin name, type, form, bead size, and any COA/TDS you have. We’ll propose an equivalent lane.
25 L bags suit smaller systems and staged loading; 200 L drums and 1 m³ supersacks are efficient for larger plants. Tell us your handling constraints.
Where feasible, yes—ask for sample options and share your trial objectives, flow, and monitoring plan.