Benefits
8 models in this family, organized across 1 subfamily. Representative models: RPI-2000, RPI-2800, RPI-3000A.
International brand dossier
ROPUR RPI is Toray Membrane Europe's antiscalant chemistry brand, with history connected to Swiss ROPUR AG, established in 1983 and known for early work in reverse-osmosis antiscaling chemicals.In membrane systems the brand is relevant when RO/NF scale control, drinking-water approvals, dosage calculation, and long-term plant protection are central to operation.
Ropur's position in water treatment chemicals is defined by product families such as Benefits › Benefits.The portfolio is best understood inside RO/NF membrane operation, cooling and boiler water programs, pretreatment, cleaning, and plant reliability work, where engineers compare the technology route, family boundaries, and duty fit before narrowing to individual models.
Representative series on this page include RPI-2000, RPI-2800 and RPI-3000A.Engineers should first compare target foulants, chemical function, dosage window, compatibility, and field support.These cues help users understand the brand's strongest fit before moving into the model index and product cards for finer comparison.
8
Indexed models
1
Product families
1
Subgroups
Product range and selection
This section answers two questions: which main product families Ropur offers, and which parameters to compare before choosing a specific model.
The main families shown on this page are Benefits. Start with the treatment objective, equipment format, and operating duty, then use the model index below to compare exact specifications.
After choosing a product family, compare water analysis, dose range, compatibility, and cleaning objective. Replacement projects should also verify installation or loading conditions, interfaces, and compatibility with the existing system; new projects should consider operating practice, maintenance, and spare-parts or consumables availability.
1 product family on this page.
Benefits
8 models in this family, organized across 1 subfamily. Representative models: RPI-2000, RPI-2800, RPI-3000A.
Quick Model Index
The table is intentionally compact: use it to scan model names, product families, and source links quickly. Open the profile cards below when you want richer context.
8 indexed models
| Model | Application | Sources |
|---|---|---|
| RPI-2000 | RPI-2000 is a scale inhibitor formulated for RO systems, free from phosphonates and phosphates. | |
| RPI-2800 | RPI-2800 is a scale inhibitor formulated from a stabilized modified polyacrylate for RO systems with polyamide or cellulose acetate membranes. | |
| RPI-3000A | RPI-3000A is a scale inhibitor designed for RO systems with polyamide, cellulose acetate, and polyether membranes. | |
| RPI-4000A | The Ropur RPI-4000A is a stabilized organic phosphonate solution designed to inhibit scale formation in RO systems. | |
| RPI-4500A | The Ropur RPI-4500A is a scale inhibitor designed for RO systems, effective against various scale types including calcium carbonate, sulfates, and silicates. | |
| RPI-5000A | RPI-5000A is a polymer-based scale inhibitor designed to prevent SiO₂ scale formation in reverse osmosis systems. | |
| RPI-6000 | ROPUR RPI-6000 is a scale inhibitor formulated for RO systems, effective against calcium sulfate and calcium carbonate scaling, and metal oxide deposition. | |
| RPI-7000A | RPI-7000 is a liquid scale inhibitor designed for the stabilization of waters with high phosphate content and effective against silicate scales. |
Brand Technical Documents
These document pages collect product manuals, model notes, accessory documents, and application files for this brand in the current category. Open the PDF when original tables, diagrams, or full manuals are needed.
RPI-2000 is a scale inhibitor formulated for RO systems, free from phosphonates and phosphates.
RPI-2800 is a scale inhibitor formulated from a stabilized modified polyacrylate for RO systems with polyamide or cellulose acetate membranes.
RPI-3000A is a scale inhibitor designed for RO systems with polyamide, cellulose acetate, and polyether membranes.
The Ropur RPI-4000A is a stabilized organic phosphonate solution designed to inhibit scale formation in RO systems.
The Ropur RPI-4500A is a scale inhibitor designed for RO systems, effective against various scale types including calcium carbonate, sulfates, and silicates.
RPI-5000A is a polymer-based scale inhibitor designed to prevent SiO₂ scale formation in reverse osmosis systems.
ROPUR RPI-6000 is a scale inhibitor formulated for RO systems, effective against calcium sulfate and calcium carbonate scaling, and metal oxide deposition.
RPI-7000 is a liquid scale inhibitor designed for the stabilization of waters with high phosphate content and effective against silicate scales.
AI-ready Product Profiles
These cards are designed as reusable product profiles: the same format can later appear in AI search results, shortlist views, and assisted product matching.
8 profile cards
Product profile
RPI-2000 is a scale inhibitor formulated for RO systems, free from phosphonates and phosphates.
Product profile
RPI-2800 is a scale inhibitor formulated from a stabilized modified polyacrylate for RO systems with polyamide or cellulose acetate membranes.
Product profile
RPI-3000A is a scale inhibitor designed for RO systems with polyamide, cellulose acetate, and polyether membranes.
Product profile
The Ropur RPI-4000A is a stabilized organic phosphonate solution designed to inhibit scale formation in RO systems.
Product profile
The Ropur RPI-4500A is a scale inhibitor designed for RO systems, effective against various scale types including calcium carbonate, sulfates, and silicates.
Product profile
RPI-5000A is a polymer-based scale inhibitor designed to prevent SiO₂ scale formation in reverse osmosis systems.
Product profile
ROPUR RPI-6000 is a scale inhibitor formulated for RO systems, effective against calcium sulfate and calcium carbonate scaling, and metal oxide deposition.
Product profile
RPI-7000 is a liquid scale inhibitor designed for the stabilization of waters with high phosphate content and effective against silicate scales.