Foam-managed circulation
Helps maintain stable pump operation, flow, and contact time in CIP loops.
Product Industrial Cleaning
Foam-Control CIP Alkaline Cleaner
Alkaline CIP detergent with built-in foam control for recirculating cleaning loops and spray systems—optimized for stable circulation, efficient soil removal, and consistent rinsing in process plants (grade dependent).
Built-in foam control
CIP circulation stability
Fat & protein soil removal
Spray ball compatible
Packaging: drums / IBC / bulk (as applicable)
Documentation: SDS / COA / TDS on request
Lead time depends on grade, lane & volume
Foam in CIP loops can cause pump cavitation, false level readings, and inconsistent contact. This product family focuses on foam-managed circulation for reliable outcomes.
Overview
This alkaline CIP cleaner is designed for recirculating loops (tanks, lines, fillers, heat exchangers, and spray systems) where foam must be controlled. The formulation is typically built around an alkaline builder system plus a surfactant package engineered for low-foam behavior under turbulence and return flow. Grade selection depends on soil type, temperature, water hardness, circuit design, and rinse requirements.
Soil removal performance
Targets fats/oils and protein films common in food & beverage processing (grade dependent).
Rinsability focus
Supports efficient rinse steps when used at correct concentration and water conditions.
Program consistency
Designed for repeatable cleaning outcomes across shifts and sites.
Typical equipment
Mix tanks, transfer lines, spray balls, fillers, pasteurizers, vessels, and recirculating skids.
Typical surfaces
Stainless steel and standard CIP-compatible materials. Confirm elastomers (EPDM/NBR/silicone) by screening.
Where it fits
Alkaline wash step in multi-step CIP programs; can be paired with acid descale steps where required.
Why foam control matters in CIP
Excess foam can reduce effective flow, disrupt return pump performance, interfere with conductivity/level sensors, and shorten effective contact time. Foam-managed formulations are selected to keep circulation predictable under turbulence and aeration.
Applications
Typical CIP cleaning use cases where foam control improves reliability.
Recirculating CIP loops
Primary alkaline wash in closed loops where turbulence and return aeration can generate foam.
Designed to keep circulation stable.
Spray devices & spray balls
Supports consistent spray coverage and reduces foam carryover into return lines.
Share nozzle type and pressure range if known.
Filler & packaging lines
Foam control can reduce false level/foam sensor trips and improve cycle repeatability.
Best aligned with your instrumentation constraints.
Dairy, beverage, brewery CIP
Targets fatty/protein residues and typical processing soils with foam-managed behavior.
Confirm soil severity and temperatures.
High turbulence returns
Useful where return line aeration and pump shear drive foam generation.
We can tailor foam profile by grade.
Central CIP skids
Supports multi-circuit programs and repeat procurement with consistent specs and documentation.
Specify number of circuits and volumes.
Typical CIP workflow
CIP performance is driven by concentration, temperature, time, and flow/turbulence. The outline below is a common structure—adapt to your SOP and validation plan.
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Pre-rinseFlush gross soils and warm the circuit. Helps reduce chemical load and improves contact.
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Alkaline wash (foam-controlled)Circulate at target concentration and temperature. Foam-managed profile supports stable pump operation and return flow.
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Intermediate rinseRinse until conductivity/visual indicators meet your criteria. Water quality impacts rinse time.
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Optional: Acid stepUse when mineral scale is present or for periodic descale programs. Confirm compatibility and sequence.
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Sanitize & verifyApply sanitizer per your program; verify using internal QA (ATP, micro, visual).
Foam troubleshooting
Foam spikes can come from product carryover, air entrainment, or overdosing. Share where it forms to align the right grade.
Hard water behavior
Water hardness can reduce cleaning performance and increase residue risk; provide hardness to optimize formulation.
Temperature leverage
Higher temperature often improves fat removal. Align grade to your allowed temperature limits.
Typical specifications & formats
Values depend on grade and customer requirements. Confirm details on quotation.
| Type | Alkaline cleaner concentrate for CIP systems (foam-controlled surfactant package) |
|---|---|
| Foam profile | Low-foam / foam-managed for recirculation and spray systems (matched to loop turbulence) |
| Use modes | CIP circulation, spray ball systems, recirculating skids (grade dependent) |
| Target soils | Fats/oils, protein films, general process residues; boosters available by grade |
| Typical surfaces | Stainless steel and common CIP-compatible materials; verify elastomer/plastic compatibility |
| Rinsability | Designed for efficient rinsing when used at correct dilution and water conditions |
| Packaging | Drums, IBC, bulk (as applicable) |
| Documentation | SDS / COA / TDS on request |
Specifications may vary depending on batch, origin, and packaging selection. Final concentration and cleaning performance should be validated against your plant SOP and acceptance criteria.
Safety, handling & storage
Follow SDS guidance and plant HSE procedures. Alkaline detergents may be corrosive/irritating and require appropriate PPE. Do not mix with incompatible chemicals. Ensure proper ventilation and controlled dosing.
PPE (typical)
Gloves and eye/face protection per SDS; protective clothing for splash-risk tasks.
Storage
Store sealed, away from extremes. Protect from freezing where applicable.
Materials
Confirm compatibility with aluminum/sensitive alloys and elastomers depending on grade and pH.
Provide your site restrictions (phosphate limits, fragrance bans, specific ingredient restrictions) to align the right formulation and labeling.
Request a quotation
For fastest pricing, open the RFQ form and include your application, packaging, volume, and destination.