pac
PAC Supplier in Indonesia for WTP & WWTP | Beta Pramesti
PAC supplier in Indonesia for liquid and powder BETAGARD grades. Compare Al₂O₃, insolubles, packaging, jar tests, delivery, and treatment cost per m³.
PT Beta Pramesti Asia is a PAC supplier in Indonesia for liquid and powder BETAGARD grades used in industrial water and wastewater treatment. Buyers should shortlist the grade by published Al₂O₃ content, insoluble limit, packaging, storage and dosing setup, then confirm the dose with the actual water.
Last technically reviewed: 1 August 2026.
Which BETAGARD Poly Aluminium Chloride Grade Should a Buyer Test?
Start with the required product form, Al2O3 specification, insoluble limit, storage and dosing arrangement, then compare performance in a jar test. The table is a procurement shortlist; it does not replace testing with the actual feed water, downstream process, and sludge-handling conditions.
| Grade | Form | Published Al2O3 specification | Published insoluble specification | Available packaging |
|---|---|---|---|---|
| BETAGARD 4008 | Clear to yellowish liquid | Min. 8% | Not stated on this page | 25 or 30 kg bucket; 220 kg drum; 1,200 kg tote |
| BETAGARD 4010 | Clear to yellowish liquid | Min. 10% | Not stated on this page | 25 or 35 kg bucket; 240 kg drum; 1,200 kg tote or tank |
| BETAGARD 4012 | Clear to yellowish liquid | Min. 12% | Not stated on this page | 25 or 35 kg bucket; 240 kg drum; 1,200 kg tote or tank |
| BETAGARD 4031 | White powder | Min. 28% | Max. 0.5% | 25 kg bag |
| BETAGARD 4033 | Yellow powder | Min. 28% | Max. 1.5% | 25 kg bag |
What Should a Polyaluminium Chloride Supplier Put in the Quotation?
A useful quotation identifies the exact BETAGARD grade, specification and packaging, then separates product supply from testing, delivery, unloading and application support. This lets a buyer compare like-for-like offers and calculate treatment cost from a jar-tested commercial-product dose rather than product price alone.
| Quotation evidence | Details to request | Buyer decision supported |
|---|---|---|
| Product identity and quality | BETAGARD grade, form, published Al₂O₃ and insoluble limits, TDS, SDS and batch CoA | Confirms that the material delivered matches the material evaluated |
| Commercial basis | Net quantity, package size, price basis, validity, taxes and delivery destination | Creates a comparable delivered-cost basis |
| Test basis | Water sample, dose range, mixing sequence, outlet targets and sludge observations | Converts the shortlisted grade into a defensible cost per m³ |
| Supply plan | Monthly demand, lead time, unloading access, storage capacity and safety stock | Tests whether the proposed delivery pattern fits plant operation |
| Work boundary | Sampling, jar testing, pump calibration, plant trial, reporting and follow-up | Prevents technical support from being assumed but left unpriced |
For a broader powder-versus-liquid procurement comparison, use the PAC coagulant buyer page. Send the water data, monthly requirement and delivery location through the Beta Pramesti Asia contact page.
How should liquid and powder PAC be compared for cost per m³?
Liquid PAC and powder PAC should be compared at the same treated-water result, not by price per kilogram alone. Buyers should calculate commercial-product dose, Al₂O₃ content, make-down needs, freight, handling loss, tank requirements, and sludge impact before deciding the treatment cost per m³.
| Comparison basis | Liquid PAC | Powder PAC |
|---|---|---|
| Dosing readiness | Easier to feed directly from a tank or tote | Requires make-down, agitation, and dust control |
| Logistics cost | Ships water in the product, but handling is simpler | More concentrated, but needs reliable dissolution facilities |
| Operating risk | Check tank material, containment, and transfer lines | Check solubility, ageing time, dust, and solution concentration |
| Acceptance evidence | Jar test and plant trial at the as-supplied dose | Jar test, make-down repeatability, and plant trial with the actual solution |
BETAGARD PAC Grade Details
BETAGARD 4008
BETAGARD 4008 is a Poly Aluminium Chloride (PAC) coagulant and sludge conditioner for liquid-solid separation. In water and wastewater treatment, it is evaluated for separating suspended solids, colour, natural organic matter, and colloidal clay from the water phase.
Technical Specifications
| Product | % Al2O3 | Appearance | Specific gravity | pH 1% | Dosage & Usage Instructions | Handling Precautions | Packaging |
|---|---|---|---|---|---|---|---|
| BETAGARD 4008 | Min 8% | Clear to yellowish liquid | 1.10 - 1.20 | 3.0 - 5.0 | Determine dosage by laboratory jar test and confirm it in a plant trial. | BETAGARD 4008 is mildly acidic, stable under ordinary conditions. Recommended materials of construction for solution handling include black iron, mild steel, fiber glass, plastics and other more resistant materials. Galvanized equipment should not be used. Tightly close drum containers after use. See MSDS for additional information. | Available in 25, 30 KG per bucket, 220 KG per plastic drum or 1200 KG per tote. |
BETAGARD 4010
BETAGARD 4010 is a Poly Aluminium Chloride (PAC) coagulant and sludge conditioner for liquid-solid separation. It is evaluated for separating suspended solids, colour, natural organic matter, and colloidal clay in water and wastewater treatment.
Technical Specifications
| Product | % Al2O3 | Appearance | Specific gravity | pH 1% | Dosage & Usage Instructions | Handling Precautions | Packaging |
|---|---|---|---|---|---|---|---|
| BETAGARD 4010 | Min 10% | Clear to yellowish liquid | Min 1.19 | 3.5 - 5.0 | Determine dosage by laboratory jar test and confirm it in a plant trial. | BETAGARD 4010 is mildly acidic, stable under ordinary conditions. Recommended materials of construction for solution handling include black iron, mild steel, fiber glass, plastics and other more resistant materials. Galvanized equipment should not be used. Tightly close drum containers after use. Refer to MSDS for additional information. | Available in 25, 35 KG per bucket, 240 KG per plastic drum or 1200 KG per tote or tank. |
BETAGARD 4012
BETAGARD 4012 is a Poly Aluminium Chloride (PAC) coagulant and sludge conditioner for liquid-solid separation. It is evaluated for separating suspended solids, colour, natural organic matter, and colloidal clay in water and wastewater treatment.
Technical Specifications
| Product | % Al2O3 | Appearance | Specific gravity | pH 1% | Dosage & Usage Instructions | Handling Precautions | Packaging |
|---|---|---|---|---|---|---|---|
| BETAGARD 4012 | Min 12% | Clear to yellowish liquid | 1.19 - 1.40 | 3.5 - 5.0 | Determine dosage by laboratory jar test and confirm it in a plant trial. | BETAGARD 4012 is mildly acidic, stable under ordinary conditions. Recommended materials of construction for solution handling include black iron, mild steel, fiber glass, plastics and other more resistant materials. Galvanized equipment should not be used. Tightly close drum containers after use. Refer to MSDS for additional information. | Available in 25, 35 KG per bucket, 240 KG per plastic drum or 1200 KG per tote or tank. |
BETAGARD 4031
BETAGARD 4031 is the white powder grade in this series, with a published minimum Al₂O₃ content of 28% and maximum insoluble content of 0.5%. Evaluate it with the actual water, preparation method, separation unit, and finished-water target.
Technical Specifications
| Product | Appearance | % Al2O3 | pH 1% | Insoluble | Dosage & Usage Instructions | Handling Precautions | Packaging |
|---|---|---|---|---|---|---|---|
| BETAGARD 4031 | White powder | Min 28% | 3.5 - 5.0 | Max. 0.5% | The actual dosage of BETAGARD 4031 should be determined by laboratory tests or factory trials. Consult the technical team. | BETAGARD 4031 is moderately acidic, stable under ordinary conditions. Avoid use in galvanizing equipment. Close container after use and store in a suitable place. | Available in packs of 25 kg per bag. |
BETAGARD 4033
BETAGARD 4033 is the yellow powder grade in this series, with a published minimum Al₂O₃ content of 28% and maximum insoluble content of 1.5%. Evaluate it on the same water and acceptance criteria as other candidates so form, dose, sludge, and treatment cost remain comparable.
Technical Specifications
| Product | Appearance | % Al2O3 | pH 1% | Insoluble | Dosage & Usage Instructions | Handling Precautions | Packaging |
|---|---|---|---|---|---|---|---|
| BETAGARD 4033 | Yellow powder | Min 28% | 3.5 - 5.0 | Max. 1.5% | The actual dosage of BETAGARD 4033 should be determined by laboratory tests or factory trials. Consult the technical team. | BETAGARD 4033 is moderately acidic, safe to use under ordinary conditions. Avoid use on galvanizing equipment. Store product in a cool, dry place. | Available in 25 kg bags. |
Typical Applications
- Raw-water clarification — Screen liquid and powder grades by jar testing before sedimentation or filtration; record turbidity, colour, pH, alkalinity, floc formation, settled-water quality, and sludge.
- Industrial wastewater treatment — Evaluate PAC for suspended solids, turbidity, colour, or selected precipitable contaminants. Performance depends on contaminant form, pH, treatment aids, and the separation unit.
- Pulp and paper water circuits — Test the actual white-water or effluent stream and include fibre/filler recovery, downstream reuse quality, and sludge handling in the acceptance criteria.
- Phosphorus treatment — Use a treatability test to establish chemical demand, pH response, residual aluminium where relevant, sludge production, and compliance with the facility’s actual discharge limit.
- Dissolved Air Flotation (DAF) — Test the dose and floc condition upstream of DAF, then verify TSS or FOG separation, floated-sludge handling, and chemical cost at operating flow.
- Sludge conditioning — Compare dewaterability, polymer demand, filtrate or centrate quality, and dry-solids handling before changing the programme.
Compatible Products
- Dissolved Air Flotation (DAF) — Evaluate coagulation and flotation together when the target includes fine solids, oil, or grease.
- Betaqua Ultrafiltration — Coagulant-enhanced pretreatment may be screened before UF only after the membrane limits, residuals, backwash, and cleaning method are defined.
- Moving Bed Bioreactors (MBBR) — A physical-chemical stage may precede MBBR where the design needs upstream solids or colloid removal.
Installation Context
The liquid and powder package sizes published for each grade are listed above. Confirm storage and transfer materials against the current TDS and SDS; for powder, document the make-down concentration, dilution-water quality, agitation, ageing or hold time where specified, and dust controls. For liquid, define unloading, containment, tank working volume, transfer line, pump range, and calibration method.
There is no universal PAC dose or storage-tank size. Establish the dose by jar testing representative water, then confirm it in a controlled plant trial that records product batch, actual feed rate, flow, outlet quality, sludge response, and cost per m³. Send that basis through the Beta contact page for a grade and supply review.