SENFLOC 5210 Equivalent Screening (CNfloc 1042)
ChinaPAM accepts SENFLOC 5210 enquiries, quotes the screening route, and discusses sample arrangements after the grade and conditions are confirmed. The screening route is a low-anionic PAM powder: CNfloc 1042 first, CNfloc 1082 as the alternate, two molecular-weight bands kept open until a bench test closes them.
Supply Route Comparison
Published reference data and the ChinaPAM route for AECI SENFLOC 5210
SENFLOC is a trademark of its owner, and AECI Mining Chemicals is the publisher of the brochure cited on this page. ChinaPAM is an independent manufacturer and is not affiliated with, endorsed by, licensed by or a distributor for either. The brand and model names are used only to identify the incumbent product a buyer is asking about.
| Parameter | ChinaPAM Supply Route | AECI SENFLOC 5210 |
|---|---|---|
| Ionic character | Low-anionic polyacrylamide route — CNfloc 1042 screened first, CNfloc 1082 as the alternate | Low Anionic, read from the exact 5210 row. It is the only low-anionic row in the held brochure. |
| Physical form | Anionic polyacrylamide powder | Powder / dry polymer, stated at range level on page 2 rather than per grade |
| Molecular weight | Two bands held open on purpose — 1042 and 1082 — and closed by bench test, not by assumption | Not published per grade in the held source, so there is no figure to match against |
| Exact charge percentage | Confirmed from the quoted ChinaPAM grade’s own data at quotation | Not published per grade; the ionic class is the only charge information the row carries |
| Marked duties | Screened separately for each liquor condition you actually run | Three printed dots: zinc neutral leach, Ni/Co/Cu acid leach and Ni/Co/Cu alkaline leach. A blank cell in the printed matrix is a fact about the brochure’s layout. It is not evidence that the grade cannot be used in that duty, and it is not evidence about what ChinaPAM can supply. |
| Acid versus alkaline route | Separate bench-test lines. A result on one leach route is never migrated to the other. | Both routes appear on the same row. That is matrix positioning, not a statement that the duties behave alike. |
| Performance on your liquor | Unknown until a comparative bench test on the actual liquor; that is the acceptance basis | The brochure states that its application matrix is a guide and that final selection must be based on laboratory bench-test results. Nothing on this page replaces that bench test. |
| Current availability | Confirmed in the quotation against grade, destination and order conditions | Per-grade molecular weight and exact charge percentage for the branded grade are not published in the held source. Current availability, lead time and current batch documents on either side are not established by this evidence and are confirmed only in a quotation. |
| Documents | Applicable document set and TDS availability are confirmed against the quoted ChinaPAM grade; a batch-specific COA is tied to a confirmed shipment only. Price and sample arrangements are open for discussion now; competitor package size and ChinaPAM stock, lead time, current TDS or COA stay unclaimed until separately confirmed. | A published application brochure with no printed document date. An application guide, not a specification. |
Specifications
| Screening Route | Low-anionic polyacrylamide powder |
| Primary Grade | 1042 |
| Alternate Grade | 1082 — holds the second molecular-weight band open |
| Ionic Class (source) | Low Anionic — the only low-anionic exact row in the held brochure |
| Physical Form | Powder |
| Marked Applications | Zinc - Neutral Leach; Ni/Co/Cu Acid Leach; Ni/Co/Cu Alkaline Leach |
| Molecular Weight | Not published per grade in the held source; two ChinaPAM bands screened |
| Exact Charge Percentage | Not published per grade in the held source |
| Preparation Window | 1–3 g/L recommended, 5 g/L maximum, under 60 minutes at working concentration |
| Screening Basis | Same-chemistry low-anionic PAM powder route; ionic class established from the exact brochure row; fit confirmed by bench test. |
| Source Document | AECI Mining Chemicals SENFLOC mining applications brochure, page 1 and page 2 |
| Equivalence Claim | None. Same-type screening only; final selection by bench test on your own liquor. |
Key Features
- Low-anionic PAM powder screening route: CNfloc 1042 first, CNfloc 1082 as the alternate.
- Two molecular-weight bands stay open deliberately, because the source publishes no per-grade molecular weight to narrow them.
- Zinc neutral leach, acid leach and alkaline leach are treated as three separate conditions, never as one duty.
- Exact brochure row with a distinct low-anionic position; ChinaPAM keeps the model identity and screening basis separate from neighbouring grades.
- ChinaPAM accepts the enquiry now: price, samples, applicable document set and application-condition checks.
- No identical-formula, drop-in or guaranteed-performance claim, and no numeric alignment invented between suppliers.
- No current-stock, lead-time or batch-document claim on either side until separately confirmed.
Applications
- Zinc neutral leach liquor clarification
- Nickel, cobalt and copper acid leach liquor clarification
- Nickel, cobalt and copper alkaline leach liquor clarification
- Hydrometallurgical thickener and clarifier duties on leach circuits
- Comparative bench screening where a low-anionic grade is the incumbent
Get a Quote for AECI SENFLOC 5210 Alternative Supply
Start with the grade name, a bag-label photo or your purchasing requirement. We can discuss current pricing and sample options now; process details can follow.
Related Articles
The supply answer first: CNfloc 1042, with 1082 holding the second band
A confirmed SENFLOC 5210 enquiry gets a low-anionic PAM powder screening route from ChinaPAM. CNfloc 1042 is screened first; CNfloc 1082 is the alternate, keeping a second molecular-weight band available until the bench test closes the choice. Price and sample arrangements are open for discussion from the first message.
Two bands rather than one is a deliberate consequence of the evidence. The source publishes no per-grade molecular weight, so there is no honest way to pick a single band in advance. The bench test closes that question; a datasheet comparison cannot.
The state is same-type screening. ChinaPAM does not supply the branded SENFLOC grade, does not claim exact equivalence and does not claim to manufacture the competitor product. ChinaPAM’s own position is set out on the supplier profile and the certifications and compliance page; the AECI brochure says nothing about either.
Identity: the only low-anionic row in the source
SENFLOC 5210 is an exact listed model and the only row in the held brochure classified Low Anionic. ChinaPAM therefore starts with a low-charge screening route rather than drifting toward the medium or high bands that dominate the rest of the table.
The model as printed, or a bag-label photograph, fixes the identity. Where a label is unclear, ChinaPAM confirms the row before quoting rather than assuming a neighbouring grade.
Per-grade molecular weight and exact charge percentage for the branded grade are not published in the held source. Current availability, lead time and current batch documents on either side are not established by this evidence and are confirmed only in a quotation.
Three facts the held source actually establishes
All three are printed facts about the row on page 1. None of them is a performance statement, and none of them belongs to ChinaPAM.
| Fact | Where it comes from | What it does not establish |
|---|---|---|
| SENFLOC 5210 is an exact listed model and the only row classified Low Anionic. | AECI brochure, page 1, exact 5210 row. | The ionic class only. No molecular weight, no charge percentage and no dose figure. |
| The 5210 row carries a printed dot for Zinc - Neutral Leach. | AECI brochure, page 1, application matrix. | Guide-level positioning on one hydrometallurgical duty. It is not a result on your zinc circuit. |
| The same row carries printed dots for both Ni/Co/Cu Acid Leach and Ni/Co/Cu Alkaline Leach. | AECI brochure, page 1, application matrix. | That both routes are marked on one row. It does not establish that the two liquors behave alike or that one test result covers both. |
Process conditions: three liquors, three separate questions
Separate zinc-neutral, acid-leach and alkaline-leach liquor conditions; never migrate one test result across them. Free acidity or alkalinity, dissolved metal load, ionic strength and temperature all move the dose response for a low-anionic polymer, and they move it in different directions on each route.
Useful intake per route: liquor identity and the dosing point; solids percentage and particle character; pH or free acid concentration; temperature; dissolved salt and metal profile; your current grade and active dose; and the clarity, settling or overflow target you are measured against.
Acceptance targets are agreed up front — settling rate, overflow clarity or suspended solids, underflow density, and the handling behaviour of the prepared solution at the make-up concentration you can actually run.
Preparation, dosing and the two failure modes
The brochure requires an approved dispenser and effective wetting to prevent lumps, and it warns against excessive turbulence once flocs have formed and against centrifugal pumps on flocculated streams.
The two failure modes below are the ones that actually sink leach-circuit changeovers. Both are checked before any bulk commitment, and both are cheaper to rule out than to diagnose later.
| Trigger | Consequence | Verification step |
|---|---|---|
| A grade is selected from the shared brochure row without a bench test in the actual liquor — typically by inferring the alkaline-leach duty from an acid-leach result, or the reverse, because one row marks both. | The charge band is wrong for the liquor in service: clarity targets are missed, dose climbs, and the circuit is re-tuned around a polymer that was never screened on that route. | Bench-test in the actual liquor for each route separately, across a dose ladder, and record overflow clarity and settling rate per route. Never infer one route from the shared table. |
| Excessive turbulence once flocs have formed, or a centrifugal pump on the flocculated stream. | Shear breaks the flocs, so a correctly dosed low-anionic grade reads as a clarity failure. | Review the dosing point and transfer path for shear, avoid centrifugal pumps on flocculated streams, and re-measure clarity and settling once the shear path is corrected. |
Validation: the bench test, run per route
The brochure states that its application matrix is a guide and that final selection must be based on laboratory bench-test results. Nothing on this page replaces that bench test.
Run the comparison on the same liquor, the same equipment and the same time window, normalised to active polymer rather than solution volume, across a dose ladder instead of a single point. Record settling rate, overflow clarity or suspended solids, floc strength under the shear the circuit applies, underflow result and the full dose response.
CNfloc 1042 and CNfloc 1082 are both carried into the programme where the molecular-weight question is genuinely open. If neither band passes on a given route, the correct next step is to reopen the charge-band decision rather than to declare an equivalence.
Commercial boundary and how to start
Price and sample arrangements are open now — Get Price, Request a Sample, WhatsApp or Email. The model name or a bag-label photo is enough to open the enquiry; liquor detail can follow.
Applicable document set and TDS availability are confirmed against the quoted ChinaPAM grade; a batch-specific COA is tied to a confirmed shipment only. Price and sample arrangements are open for discussion now; competitor package size and ChinaPAM stock, lead time, current TDS or COA stay unclaimed until separately confirmed.
Brand Equivalents & Replacements
ChinaPAM accepts a SENFLOC 5210 enquiry and screens its own low-anionic PAM powder route against the exact brochure row, holding two molecular-weight bands open with CNfloc 1042 first and CNfloc 1082 as the alternate. Screening runs on the held document and the liquor conditions you state, then a quotation follows, with sample arrangements discussed from there. Zinc neutral, acid and alkaline leach are separate duties and the brochure itself asks for a bench test, so no tested-replacement, identical-product or guaranteed-performance claim is made here.
| Brand | Grade | Notes |
|---|---|---|
| AECI SENFLOC | 5210 | Exact brochure row and the only one classified Low Anionic, with printed dots on zinc neutral leach and on both the acid and alkaline Ni/Co/Cu leach duties. ChinaPAM screens CNfloc 1042 first with CNfloc 1082 as the alternate. Same-type screening only; the brochure requires a bench test for final selection. |
Need a replacement for a different grade? Contact us with your current product specs.
Frequently Asked Questions — SENFLOC 5210 Equivalent Screening (CNfloc 1042)
Can ChinaPAM supply for a SENFLOC 5210 requirement?
Yes — as a same-type low-anionic PAM powder screening route led by CNfloc 1042, with CNfloc 1082 as the alternate. Price and samples are open for discussion immediately. Exact equivalence, manufacture of the branded grade and guaranteed performance before a bench test are not claimed.
Why are two ChinaPAM grades screened instead of one?
Because the source publishes no per-grade molecular weight for the branded grade. With no figure to match, picking a single band in advance would be a guess presented as a specification. CNfloc 1042 and CNfloc 1082 keep two bands open and the bench test closes the question.
The 5210 row marks both acid and alkaline Ni/Co/Cu leach. Can one test cover both?
No. Separate zinc-neutral, acid-leach and alkaline-leach liquor conditions and never migrate one test result across them. Free acidity or alkalinity and dissolved metal load change how a low-anionic polymer performs, so each route gets its own bench-test line in the actual liquor.
What does the source prove about 5210?
Three things from page 1: that 5210 is an exact listed model and the only Low Anionic row in the brochure; that its row carries a zinc neutral leach dot; and that the same row carries dots for both the acid and the alkaline Ni/Co/Cu leach duties. Molecular weight, charge percentage, availability and performance on your liquor are all outside that.
A duty I run is not marked on the 5210 row. Does that exclude it?
No. A blank cell is a fact about the brochure’s layout, not evidence that the grade cannot be used in that duty and not a statement about what ChinaPAM can supply. Send the duty and it is screened on its own conditions.
What is still unresolved on this page?
Per-grade molecular weight and exact charge percentage for the branded grade; which ChinaPAM molecular-weight band suits each leach route; a ChinaPAM comparative test result on your liquor; and current inventory, lead time and batch documents on either side, which are quotation and shipment matters.
Related Products
Trademark notice. AECI SENFLOC 5210 and all other third-party product and brand names on this page are trademarks or registered trademarks of their respective owners. Henan Jinghua New Material Technology Co., Ltd. is not affiliated with, endorsed by, sponsored by or authorised by those owners, and no such relationship is implied. Those names are used here for the sole purpose of identifying the products our grades are compared against, which is necessary to describe what we supply. Our products are separately branded ChinaPAM grades and are not licensed copies. Grade descriptors quoted for third-party products are taken from each manufacturer’s own published literature and follow that manufacturer’s own scale; we do not publish figures those manufacturers do not publish. Performance on your process should be confirmed by jar test or CST test before any change of supply.