Membranes
Purolite PPC150 Cation Resin Indonesia
Purolite PPC150 is a strong-acid cation resin for packed-bed demineralization. Select by ionic form, water data, bed volume, regeneration, and system design.
Purolite PPC150 is a sodium-form strong-acid cation resin for demineralization in counterflow and packed-bed systems. PT Watermart Perkasa helps buyers in Indonesia match the resin to the water analysis, ionic form, bed volume, column configuration, regeneration method, and product-water target before quotation.
Updated 31 July 2026: the Purolite PPC150 duty, product-data basis, model comparison, and packed-bed procurement inputs were clarified.
What does Purolite PPC150 do in a demineralization system?
Purolite™ Puropack™ PPC150 is a sodium-form macroporous strong-acid cation resin and a packed-bed grade. The official Purolite PPC150 data sheet, dated 17 February 2026, lists a minimum total capacity of 1.8 eq/L, a 750 ± 100 µm mean diameter, and demineralization service in counterflow and packed-bed systems.
Those figures describe the product; they are not working capacity per cycle or a treated-water guarantee. Project the actual resin from ionic load, feed quality, product target, service flow, bed depth, regeneration pattern, and allowable pressure drop. Confirm whether the design requires sodium-form PPC150 or a hydrogen-form variant; similar product codes must not be interchanged without the applicable data sheet and process design.
| Model | Initial role | Check before quotation |
|---|---|---|
| Puropack PPC150 | Macroporous sodium-form strong-acid cation resin for counterflow or packed beds | Cation load, bed volume, regenerant, flow direction, distributors, pressure drop, and water target |
| Purofine PFA400 | Type I strong-base anion resin for the anion stage | Anion analysis, Cl⁻/OH⁻ form, silica or conductivity target, and regeneration scheme |
| Purofine PFC100 | Sodium-form strong-acid cation resin for softening or the cation stage | Hardness, alkalinity, flow, vessel volume, regenerant use, and leakage target |
For the complete train, review the ion exchange resin hub, FRP vessels, and automatic control valves. Model, packing, quantity, data-sheet revision, availability, and commissioning scope are confirmed in writing at quotation.
Where do PFA400 and PFC100 fit in the Purolite range?
Purolite™ Purofine™ PFA400 is a strong-base anion resin for the anion stage, while PFC100 is a sodium-form strong-acid cation resin for softening or the cation stage. Neither is an automatic PPC150 substitute; selection follows the treatment-stage duty, system hydraulics, water quality, and regeneration method.
Purolite™ Purofine™ PFA400: Strong Base Anion Exchange Resin for Industrial Water Demineralization
Purolite™ Purofine™ PFA400 is a type I strong base anion exchange resin in polystyrene gel form with uniform particle size. It is specifically designed for industrial water demineralization applications that require high purity and maximum system reliability. PFA400 is ideal for use in boiler feed, ultrapure water production, and other critical demineralization processes.
Purolite™ PFA400 Competitive Advantages
- High operating capacity for consistent ion removal
- Excellent resistance to organic fouling for extended service life
- Efficient regeneration that minimizes downtime and chemical consumption
- Uniform particle size for predictable hydraulic performance
Purolite™ PFA400 Physical & Chemical Specifications
| Parameters | Specification |
|---|---|
| Polymer Structure | Gel polystyrene, crosslinked with divinylbenzene |
| Appearance | Spherical beads |
| Functional Group | Type I Quaternary Ammonium |
| Ionic Form | Cl- (chloride) |
| Total Capacity (min) | 1.3 eq/L (28.4 Kgr/ft³) (Cl- form) |
| Moisture Retention | 48 - 54 % (Cl- form) |
| Mean Diameter | 570 ± 50 μm |
| Uniformity Coefficient | 1.1 - 1.2 |
| Reversible Swelling (Cl- → OH-, max) | 30 % |
| Specific Gravity | 1.08 |
| Shipping Weight (approx.) | 650 - 700 g/L (40.6 - 43.8 lb/ft³) |
| Temperature Limit (Cl- form) | 100°C (212°F) |
| Temperature Limit (OH- form) | 60 °C (140 °F) |
Packaging Options
- 1 ft³ Sack
- 25 L Sack
- 5 ft³ Drum (Fiber)
- 1 m³ Supersack
- 42 ft³ Supersack
Certifications & Regulations
- IFANCA Halal Certified
- Kosher Certified
For full technical details, please Download PFA400.pdf.
Main Applications of Purolite™ PFA400
- Industrial water demineralization for power plants, refineries and ultrapure water production
- Pretreatment and polishing of ultrapure water systems
- General-purpose strong base anion exchange for various industrial processes
Installation & Operational Requirements
- Suitable for standard ion exchange columns and mixed-bed systems
- Resin expansion on backwash: 50-70% for at least 10-15 minutes
- Operating temperature limits: 100°C (Cl- form), 60°C (OH- form)
- Service flow rate: 10-40 BV/h, adjusted according to system design and inlet water quality
Hydraulic Characteristics
Pressure Drop
Pressure drop is affected by flow rate, bead size, bed depth, and water viscosity. The average service flow rate is 10-40 bed volumes per hour.
Backwash
- Perform upflow backwash with 50-70% bed expansion for optimum resin re-classification.
- Backwash duration: 10-15 minutes (first use up to 30 minutes)
- Avoid over-expansion to prevent resin loss
Compatibility & System Integration
- Compatible with other Purolite strong acid cation and weak base anion resins
- Can be used with filtration systems, reverse osmosis, and conventional water treatment equipment
Purolite™ Purofine™ PFC100: Strong Acid Cation Exchange Resin for Industrial Water Softening & Demineralization
Purolite™ Purofine™ PFC100 is a strong acid cation exchange resin in sodium form, designed for industrial water softening and demineralization applications. With its uniform particle size and high operating capacity, PFC100 provides optimal performance in softening, demineralization and process water applications across a wide range of industries.
Purolite™ PFC100 advantages
- High regeneration efficiency for optimal resin performance
- Large operating capacity for industrial scale applications
- Low pressure drop that saves energy and improves process efficiency
- Physical and chemical stability over a wide range of operating ranges
- IFANCA Halal Certified for specialized industry requirements
Technical Specifications Purolite™ PFC100
| Property | Value |
|---|---|
| Polymer Structure | Gel polystyrene crosslinked with divinylbenzene |
| Appearance | Spherical Beads |
| Functional Group | Sulfonic Acid |
| Ionic Form | Na⁺ form |
| Total Capacity (min.) | 2.0 eq/L (43.7 Kgr/ft³) (Na⁺ form) |
| Moisture Retention | 44-48% (Na⁺ form) |
| Mean Diameter | 570 ± 50 μm |
| Uniformity Coefficient | 1.1 - 1.2 |
| Reversible Swelling (Na⁺ → H⁺, max.) | 9 % |
| Specific Gravity | 1.29 |
| Shipping Weight (approx.) | 795 - 820 g/L (49.7 - 51.2 lb/ft³) |
| Temperature Limit | 120 °C (248.0 °F) |
Packaging Options
- 1 ft³ Sack
- 25 L Sack
- 5 ft³ Drum (Fiber)
- 1 m³ Supersack
- 42 ft³ Supersack
For full specifications, please download PFC100.pdf.
Main Applications of Purolite™ PFC100
- Industrial Water Softening: Removes hardness ions to protect boilers and process equipment
- Demineralization Systems: Effective for acid regeneration systems
- Counterflow and Co-Flow Systems: Optimized for both regeneration systems
Installation & Operational Requirements
- Follow industry standards for handling ion exchange resins
- Classify and expand the resin bed during initial installation using up-flow backwash (50-70% expansion for 10-15 minutes)
- Avoid over-expansion and resin loss by monitoring flow rate and temperature
- Ensure the system is designed for the expected pressure drop and flow velocity
Hydraulic Characteristics
Pressure Drop
Pressure drop is affected by flow rate, bead size, bed depth, and water quality. Average service flow rate: 10-40 BV/h.
Backwash
- Up-flow backwash should develop the bed 50-70% for 10-15 minutes.
- Initial startup requires about 30 minutes of backwash for optimal classification
- High flow rates and low water temperatures can lead to greater bed expansion
System Compatibility & Integration
- Compatible with standard industrial softening and demineralization system designs
- Suitable for counterflow and coflow regeneration systems
- Can be integrated with other related softening and demineralization system technologies
How do buyers select Purolite PFA400 or PFC100 for an industrial system?
Select the resin by its treatment-stage function, not by product name alone. PFA400 is used where the demineralization train needs anion exchange, while PFC100 serves softening or the cation stage. The Purolite product sheets available here are dated 18 March 2025; confirm the current datasheet and design projection before finalizing resin volume or regeneration conditions.
| System need | Relevant resin | Information to confirm before a quotation |
|---|---|---|
| Demineralization with an anion stage | Purolite™ Purofine™ PFA400 | Feed-water anion analysis, water-quality target, column configuration, and regenerant |
| Process-water or boiler-feed softening | Purolite™ Purofine™ PFC100 | Feed-water hardness, flow rate, vessel size, and regeneration pattern |
| Multi-stage demineralization train | PFA400 and/or PFC100 as designed | Resin sequence, conductivity target, backwash requirement, and operating history |
For pretreatment, select filtration media according to the feed-water condition. A resin system may also need automatic control valves and FRP tanks as part of the design. Review the PFA400 datasheet and PFC100 datasheet for the product characteristics used in the technical discussion.
Buyer questions about Purolite PPC150 in Indonesia
Is Purolite PPC150 the same as PFC100?
No. Both are sodium-form strong-acid cation resins, but PPC150 is a macroporous packed-bed grade, while the PFC100 on this page is a Purofine gel resin. Compare matrix, particle size, hydraulics, regeneration system, and complete product code before replacement.
What data is needed for a PPC150 quotation?
Send the water analysis and ionic load, product-water target, normal and peak flow, bed volume and depth, vessel dimensions, internals, service and regeneration directions, regenerant and dose, existing resin code, packing, quantity, location, and schedule through the Watermart contact form.
Who can help select Purolite PFA400 or PFC100 resin in Indonesia?
PT Watermart Perkasa, through water.co.id, can help buyers evaluate PFA400 or PFC100 for demineralization and softening applications. Send water analysis, flow rate, output target, vessel size, and regeneration pattern through the Watermart contact page so the resin and supporting components can be discussed.
Can PFA400 replace PFC100?
Not automatically. PFA400 is a strong-base anion resin, whereas PFC100 is a sodium-form strong-acid cation resin; they perform different treatment-stage functions. Confirm the system design and current specifications before any resin replacement.
Request a resin and procurement-scope review
Send the complete product code, required data-sheet revision, water analysis, operating data, resin volume per vessel, regeneration details, quantity, location, and schedule through the PT Watermart Perkasa contact page. The quotation should separate resin supply from old-media removal, vessel cleaning, loading, initial regeneration, commissioning, sampling, and spent-resin handling.