Polyether Defoamer for Industrial Applications | Product Details
Product Overview:
INVINO® supplies non-ionic alkylene oxide block copolymers, encompassing high-purity EO/PO Block Copolymers and chemically modified Polyether Esters. These silicone-free fluid architectures are synthesized specifically to maintain continuous formulation equilibrium and foam restriction barriers across intensive operations inside Fermentation Broth tanks, Papermaking Pulp washer systems, Industrial Wastewater basins, and Cementitious Dry Mortar Construction lines.
Engineered to exploit dynamic inverse solubility characteristics past targeted cloud point parameters, our polyether polymer surfactants guarantee high gas-liquid interface spreading rates. They secure dynamic macro-foam suppression and quick entrained micro-air bubble collapse under severe physical shear agitation boundaries without inducing oil drift or surface craters.
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INVINO Polyether Defoamer Products
As a dedicated polyether defoamer manufacturing base and supplier, INVINO offers a selection of verified structural active matter variants. Below are standard batch specifications calibrated for distinct cross-border process limits.
| Product Code | Appearance | Solid Content (%) | pH | Viscosity (cps) | Application Linkage Alignment |
|---|---|---|---|---|---|
| INVINO-103 | Light yellow transparent fluid fraction | 100% | 4.0-9.0 | 300-600 | Bio-Fermentation: Citric acid, industrial yeast, active enzyme reactors, and centralized molasses processing loops. |
| INVINO-103B | Light yellow transparent fluid fraction | 100% | 4.0-9.0 | 300-600 | Bio-Fermentation: Citric acid mass production, active yeast slurries, and regulatory food-grade processing cells. |
| INVINO-8061 | Light yellow transparent fluid fraction | 100% | 6.0-8.0 | 100-1000 | Papermaking Mills, high-shear mud filtration, and Construction Materials external grouts. |
| INVINO-8062 | Light yellow transparent fluid fraction | 100% | 6.0-8.0 | 100-1000 | Papermaking Mills, mud separation lines, and Construction Materials concrete aggregates. |
| INVINO-8081 | Yellowish liquid active blend | 100% | 5.0-9.0 | 100-1000 | Building Materials: Concrete admixtures, dry-mix cementing, and high-alkali aggregate grinds. |
| INVINO-8082 | Yellowish liquid active blend | 100% | 5.0-9.0 | 100-1000 | Building Materials: Concrete curing, self-leveling slurries, and architectural mortars. |
| INVINO-4000 | Yellowish liquid active blend | 100% | 5.0-9.0 | 100-1000 | Fermentation lines, landfill leachate treatment, and Industrial Wastewater pipelines. |
| INVINO-4000B | Yellowish liquid active blend | 100% | 5.0-9.0 | 100-1000 | Fermentation lines, biological aeration basins, and high-load water treatment filters. |
Applications Overview
Wide Range of Applications: Our Polyether and Polyether Ester configurations are synthesized for non-silicone demanding operations:
- Fermentation: Regulated food-级 and industrial fermentation control loops.
- Water Treatment: Landfill leachate filtration, desalination channels, and industrial wastewater pools.
- Paints & Inks: Operations where siloxane contamination triggers film blemishes or fish-eyes.
- Construction: Cementing slurry stabilization and high-flow concrete admixtures.
- Chemical Process: Synthetic emulsion polymerization systems and stable agrochemical grinds.
Frequently Asked Questions about Polyether Defoamer
Q: Is it safe for biological fermentation strains?
A: Yes. INVINO® block polyethers exhibit complete biological inertness. They restrict foam volume variations during citric acid and yeast production cycles without exerting toxicological impact on microbial cell growth rates.
Q: How does the "Cloud Point" affect performance?
A: Polyether polymers display inversely proportional water solubility limits relative to thermal baselines. Defoaming kinetics peak immediately when operation temperatures rise past the structural cloud point boundary, causing the surfactant active matter to cloud out and spread across fluid interfaces.
Q: Can it be used in membrane filtration (RO/UF) systems?
A: Our low-viscosity non-ionic polyether blends dissolve cleanly into fluid fractions without building high-affinity resin layers that plug reverse osmosis or ultrafiltration flux lines in landfill leachate processing sites.
Q: Is it suitable for clear coats or inks? Any shrinkage?
A: Our specialized polyether ester variants are formulated for high-compatibility matrix distribution in waterborne systems, avoiding surface cratering, pinholes, or edge shrinkage errors common with standard silicone oils.
Q: What is the shelf life and storage condition?
A: Liquid active compounds maintain formulation balance for 12 months when held inside original sealed containment boundaries out of direct solar radiation between 5°C and 35°C thresholds.
How to Use Polyether Defoamers & Get Expert Support?
To achieve maximum active matter efficiency across your production circuits, follow these engineering guidelines:
Always conduct small-scale bench trial metrics prior to line addition to confirm phase separation baselines within your specific solution mix.
• Factor: Match the designated polyether polymer configuration against active reaction cell limits.Introduce agent volumes gradually at low concentration metrics, monitoring active fluid suppression response curves to optimize consumption economics.
• Factor: Control overall consumption baselines via steady micro-metering procedures.