Superfloc A-130 Equivalent — Medium-Charge High-MW Anionic PAM Same-Type Supply
ChinaPAM supplies a medium-charge high-MW anionic powder for a confirmed Superfloc A-130 enquiry. K62 is the primary screening route; 1054 is the controlled adjacent backup. Neither grade is a drop-in or performance-guaranteed replacement — the route is closed by a same-feed trial. Send the bare A-130 label or a bag photo, and ChinaPAM will open the enquiry, quote the bracket and discuss sample arrangements.
Supply Route Comparison
Published reference data and the ChinaPAM route for Superfloc A-130
SUPERFLOC is a trademark of Kemira and/or its affiliates. ChinaPAM is an independent manufacturer and is not affiliated with, endorsed by, licensed by or a distributor for Kemira. The grade name is used only to identify the product a buyer is comparing. The documents cited on this page are a Kemira SDS (revised 2020-05-28) and a Kemira TDS bundle (PS-D0014-EN, 2015-05) — they are not ChinaPAM documents. Our products are separately branded ChinaPAM grades and are not licensed copies.
| Parameter | ChinaPAM Supply Route | Superfloc A-130 |
|---|---|---|
| Product form | Anionic polyacrylamide powder; K62 primary after label confirmation and intake | Granular off-white anionic PAM — Kemira SDS 2020-05-28 |
| Charge position | K62 medium-charge anionic powder (ChinaPAM scale); 1054 higher-charge backup tested on same feed | Medium relative charge — Kemira TDS PS-D0014-EN 2015-05, plain A-130 column |
| Molecular weight | K62 high-MW; 1054 high-MW; both confirmed by same-feed trial against the specific duty | High — Kemira TDS PS-D0014-EN 2015-05, plain A-130 column |
| Bulk density | Confirmed against quoted ChinaPAM grade at quotation | 0.83 kg/L — Kemira TDS PS-D0014-EN plain A-130 column; historical value, not current spec |
| Solution pH | Confirmed against quoted ChinaPAM grade | 7–9 at 0.5% — Kemira SDS Section 9 and TDS plain A-130 column |
| Make-down | ChinaPAM powder preparation runs at a 1–3 g/L recommended window, 5 g/L maximum, and no longer than 60 minutes at working concentration. Preparation concentration is not process dosage. | Stock solution ≤0.5%, 30–60 minutes ageing, centrifugal pumps avoided for transfer — Kemira TDS PS-D0014-EN |
| Formulation | Separately branded ChinaPAM grade — no identical-formula claim in either direction | Anionic PAM — exact monomer composition not in accepted primary records |
| Documents | Current price, stock status, lead time, applicable TDS and sample arrangements are confirmed in the quotation. Batch-specific COA terms are confirmed with the shipment. | Kemira SDS (2020-05-28) and Kemira TDS PS-D0014-EN (2015-05) — not ChinaPAM documents |
Specifications
| Incumbent Model | Superfloc A-130 (bare, no LMW/MMW suffix — those are separate columns; the accepted TDS has no A-130 HMW column) |
| Ionic Type | Anionic polyacrylamide granular off-white solid — Kemira SDS 2020-05-28 |
| Charge Band (TDS) | Medium — Kemira TDS PS-D0014-EN, 2015-05, plain A-130 column |
| MW Band (TDS) | High — Kemira TDS PS-D0014-EN, 2015-05, plain A-130 column |
| Bulk Density (TDS) | 0.83 kg/L — Kemira TDS PS-D0014-EN plain A-130 column; historical value |
| Solution pH | 7–9 at 0.5% — Kemira SDS Section 9 and TDS plain A-130 column |
| Make-down | Stock solution ≤0.5%, 30–60 minutes ageing — Kemira TDS PS-D0014-EN series guidance |
| A-100 Series Applications (TDS) | DAF, filtration, gravity settling, mechanical dewatering, phosphorus removal — series-level guidance; not unique A-130 performance data |
| ChinaPAM Primary Route | K62 — high-MW, medium-charge anionic powder; closest broad-band route on the ChinaPAM scale |
| ChinaPAM Backup Route | 1054 — high-MW, higher-charge; one controlled neighboring backup for charge-axis testing |
| Route Boundary | Screening route only; no cross-vendor numeric equivalence claimed |
Key Features
- Medium-charge / high-MW anionic identity established by two Kemira-issued documents from the same source family
- Bare A-130 locked as its own suffix; LMW and MMW are separate Kemira columns — the accepted TDS has no A-130 HMW column
- K62 primary route aligns the medium-charge / high-MW band; 1054 backup provides one adjacent higher-charge test
- Make-down conditions carried directly from the Kemira TDS — ≤0.5% stock, 30–60 minutes ageing
- A-100 series applications cited at series level; A-130-specific performance data require a same-feed trial
- High-shear pump exclusion drawn from the Kemira TDS; ageing time and solution age tracked in the trial record
- A-110 sits at a different position in the A-100 series — a separate charge-demand check is required before inheriting any A-110 route for a bare A-130 enquiry
Applications
- DAF, filtration, gravity settling, mechanical dewatering and phosphorus removal — Kemira A-100 series guidance
- Water treatment circuits running medium-charge high-MW anionic PAM powder
- Procurement matching a confirmed Superfloc A-130 or bare A-130 purchase requirement
- Charge-demand verification where the medium position governs and LMW/MMW/HMW suffixes are absent
Get a Quote for Superfloc A-130 Alternative Supply
Send the bare A-130 label as printed — or a photo of the bag. Confirm there is no LMW or MMW suffix (the accepted Kemira TDS has no A-130 HMW column; if the label shows HMW, do not map it to bare A-130 and require a current issuer document that explicitly identifies that full label). That is enough to open the enquiry. Feed type, pH, solids and incumbent active dose sharpen the bracket.
Related Articles
Supply answer: K62 primary, 1054 backup, route settled by same-feed trial
ChinaPAM supplies a medium-charge high-MW anionic powder for a confirmed Superfloc A-130 enquiry. K62 is the primary screening route — its medium-charge / high-MW position on the ChinaPAM scale is the closest broad-band match to what Kemira TDS PS-D0014-EN establishes for the plain A-130 column. 1054 is a controlled adjacent backup: high-MW with a higher charge position, used to check whether a one-step charge increase improves the feed response.
Neither grade is a drop-in or an identical replacement. The route is closed by a same-feed trial at matched active dose across a dose ladder. The incumbent, K62 and 1054 all run on the same feed; acceptance metrics are agreed before the trial starts.
Price, stock and lead time belong to the quotation and are not stated from the source documents.
Suffix lock: bare A-130 is not LMW or MMW — and there is no A-130 HMW column
Kemira TDS PS-D0014-EN page 14 lists the A-100 series in a table where bare A-130, A-130 LMW and A-130 MMW each occupy separate columns. There is no A-130 HMW column in the accepted TDS. Each variant is a distinct product with a distinct molecular-weight position. Merging bare A-130 with any suffix variant on the assumption that the number represents the same product would put the wrong MW bracket into the screening.
ChinaPAM requires the bare A-130 label — no LMW or MMW suffix — before opening this specific route. If the bag carries a suffix, that suffix must be carried forward and the enquiry treated as a different product. The held TDS does not contain an A-130 HMW column. If an enquiry carries an HMW label, do not map it to bare A-130 and do not infer its identity; require a current issuer document that explicitly identifies that full label.
A-110 sits at a different position in the same A-100 series. A separate charge-demand check on the actual feed is required before any A-110 route is inherited for a bare A-130 enquiry.
Three facts the sources actually establish
Each fact is tied to a specific Kemira document and locator. None is inferred from a resale listing or cross-vendor claim.
| Fact | Source and locator | What it does not establish |
|---|---|---|
| Kemira SDS (revised 2020-05-28) identifies Superfloc A-130 as an anionic polyacrylamide granular off-white solid for water treatment, with pH 7–9 at 0.5%. | Kemira Chemicals, Inc. SDS; PDF pages 1, 2 and 5; Sections 1, 3 and 9. | Does not establish MW, charge percentage or current commercial availability. |
| Kemira TDS PS-D0014-EN (2015-05) lists bare A-130 as medium relative charge, high molecular weight, off-white granular anionic PAM, bulk density 0.83 kg/L, pH 7–9. The table on page 14 has separate columns for bare A-130, A-130 LMW and A-130 MMW — there is no A-130 HMW column. | Kemira Oyj TDS PS-D0014-EN, 2015-05; bundle PDF page 14, plain A-130 column. | Historical indicative values; not a current brand-owner specification. Bare A-130 sits in its own column, separate from LMW/MMW. The held TDS does not contain an A-130 HMW column — an HMW label requires a current issuer document explicitly identifying that full label. |
| The same TDS recommends the A-100 series for DAF, filtration, gravity settling, mechanical dewatering and phosphorus removal, and specifies stock solution ≤0.5% with 30–60 minutes ageing. | Kemira Oyj TDS PS-D0014-EN, 2015-05; bundle PDF page 13, Applications and Product Addition. | Series-level guidance only; not unique A-130 performance data. Centrifugal pump exclusion also applies at series level. |
Two failure modes and the check that catches each one
Both come from the evidence established for this specific model, not general advice.
| Trigger | Consequence | Verification step |
|---|---|---|
| Bare A-130 is treated as A-130 LMW or MMW, or merged with an HMW label because the number matches — but the accepted TDS has no A-130 HMW column. | The wrong MW bracket enters the screening; the charge position may also differ, and the route may miss the high-MW/medium-charge position that the TDS column establishes. | Lock the complete label (bare A-130, no suffix) before any route selection. The held TDS does not contain an A-130 HMW column. If an HMW suffix appears, require a current issuer document explicitly identifying that full label before proceeding. |
| The trial uses incompletely aged solution or a high-shear centrifugal transfer pump. | Poor hydration or shear damage makes a chemically suitable route appear to fail on jar test or plant trial. | Record make-down concentration, water quality, ageing time (≥30 minutes), solution age and use low-shear transfer before comparing performance results. |
Intake, trial design and acceptance metrics
Useful intake, in order: full bare A-130 label (photo if available); current Kemira TDS or SDS if the buyer holds one; particle-size distribution if available and relevant to feed matching; feed source and what produces it; solids percentage; pH; conductivity; incumbent active dose; current make-down concentration and ageing time; equipment; and the acceptance targets the duty is judged by.
ChinaPAM powder preparation runs at a 1–3 g/L recommended window, 5 g/L maximum, and no longer than 60 minutes at working concentration. Preparation concentration is not process dosage.
The trial compares the incumbent, K62 and 1054 on the same feed with identical active dose ladder and mixing program. Kemira TDS values are not transferred as trial targets — they belong to the historical document and to the conditions it describes.
Agree acceptance metrics before the first jar: settling rate, clarity or turbidity, DAF float quality, cake or underflow solids, active dose, floc shear tolerance and operability. Current price, stock status, lead time, applicable TDS and sample arrangements are confirmed in the quotation. Batch-specific COA terms are confirmed with the shipment.
Brand Equivalents & Replacements
ChinaPAM can supply a medium-charge high-MW anionic powder for a confirmed Superfloc A-130 enquiry. K62 is the primary screening route; 1054 is the one controlled adjacent backup. Bare A-130 must not be merged with LMW or MMW variant columns — the accepted Kemira TDS has no A-130 HMW column, and each variant column is a separate product. No single grade is a drop-in or performance-guaranteed replacement: the route is settled by a same-feed trial.
| Brand | Grade | Notes |
|---|---|---|
| Kemira Superfloc | A-130 | Kemira SDS (revised 2020-05-28): anionic PAM granular off-white solid, pH 7–9 at 0.5%. Kemira TDS PS-D0014-EN (2015-05) page 14: separate columns for bare A-130, A-130 LMW and A-130 MMW — no A-130 HMW column in the accepted TDS; medium charge, high MW, bulk density 0.83 kg/L. A-100 series: DAF/filtration/gravity settling/dewatering/phosphorus removal, stock ≤0.5%, 30–60 min ageing. ChinaPAM route: K62 primary, 1054 backup. Screening route only. |
Need a replacement for a different grade? Contact us with your current product specs.
Frequently Asked Questions — Superfloc A-130 Equivalent — Medium-Charge High-MW Anionic PAM Same-Type Supply
Can ChinaPAM supply for a Superfloc A-130 requirement?
Yes — K62 as the primary medium-charge high-MW anionic powder route, with 1054 as a controlled adjacent backup. Send the bare A-130 label and the enquiry opens. Neither grade is declared a drop-in or identical replacement; the route is confirmed by a same-feed trial.
Is bare A-130 the same as A-130 LMW or A-130 MMW?
No. Kemira TDS PS-D0014-EN page 14 lists each in a separate table column with distinct molecular-weight positions. They are different products. The held TDS does not contain an A-130 HMW column — if a label carries an HMW suffix, do not map it to bare A-130 and require a current issuer document explicitly identifying that full label before a route can be opened.
Why is K62 the primary route, not a higher-MW grade?
Because the Kemira TDS plain A-130 column establishes high MW and medium charge. K62 carries both of those descriptors on the ChinaPAM scale. 1054 sits at a higher-charge position and is offered as a controlled one-step test to see whether moving up the charge axis improves the feed response.
What make-down conditions does the Kemira TDS specify for A-130?
Stock solution up to 0.5%, 30–60 minutes ageing, and the TDS advises against centrifugal pumps for polymer transfer. ChinaPAM preparation runs at a 1–3 g/L recommended window, 5 g/L maximum, ≤60 minutes at working concentration.
What is confirmed in the quotation, and what is not stated here?
Current price, stock status, lead time, applicable TDS and sample arrangements are confirmed in the quotation. Batch-specific COA terms are confirmed with the shipment.
Trademark notice. Superfloc A-130 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. Third-party facts on this page are attributed to a Kemira SDS and Kemira TDS bundle within one Kemira source family, with their dates and document roles preserved; only the fields explicitly established by those records are stated. Performance on your process should be confirmed by jar test or CST test before any change of supply.