INVINO modified silicone defoamer emulsion polymer testing in laboratory beaker
200kg plastic drum packaging for INVINO industrial silicone defoamer bulk cargo 1000L IBC tank logistic packing for chemical silicone anti-foaming agent bulk supply 25kg plastic drum packaging for INVINO industrial silicone defoamer emulsion small batch supply Standardized palletized packaging layout for international maritime transport of chemical fluids

Silicone Defoamer for Industrial Foam Control | INVINO®

INVINO® compound silicone defoamer emulsions provide continuous interfacial air-bubble suppression across highly alkaline, viscous, and severe high-shear processing loops. These active structures are engineered precisely to cross-reference system constraints inside wastewater treatment biological aeration tanks, textile high-temperature dyeing vats, waterborne acrylic coatings grinds, pulp washer mill loops, and synthetic metalworking cutting fluids.

Our synthetic matrix options encompass localized blends of hydrophobized silica networks and specialized organosilicone polymers. Engineered to resist emulsion splitting and phase separation, these compound agents deliver fast macro-foam knockdown kinetics, uniform aqueous phase dispersion, and enduring performance limits without inducing surface cratering defects or silicone oil drift.

VIEW SPECIFICATIONS

Special Features of Silicone Defoamer Formulations

Rapid foam knockdown and dynamic bubble drainage performance evaluation

Fast macro-foam collapse and enduring surface tension control boundaries.

High concentration active PDMS ingredient simulation for minimal dosing limits

Minimal dosing thresholds utilizing high-concentration active matter matrices.

Eco-friendly surfactant composition verifying zero NP and zero APEO compounds

Formulation profile completely free from regulated NP and APEO compounds.

Direct aqueous phase dilution procedure for industrial silicone emulsions

Direct aqueous integration or stable dilution via uniform water phase buffers.

Centrifuge stability and thermal limit testing equipment for anti-foaming formulations

Zero surface silicone spots, zero oil drift, and unfluctuating layer stability.

Formulation Specifications

The matrix variables tabulated below represent standard manufacturing alignments. Every continuous compound manifest is subjected to rigorous viscosity, density, and solid-content logging to verify batch-to-batch reproducibility. Custom active adjustments are completed upon technical data verification.

INVINO-DEFOAMER SOLID CONTENT (%) TYPICAL APPLICATIONS KEY PROCESSING FEATURES TECHNICAL SUPPORT
INVINO-6830 30% Pulp & Paper (Black Liquor System) High alkali and high temperature chemical endurance [TDS PDF] [Request MSDS]
INVINO-6930 30% Pulp & Paper (Black Liquor System) Emulsion layer stability inside harsh chemical media [TDS PDF] [Request MSDS]
INVINO-7030D 30% Molasses Alcohol Fermentation Silicone-polyether block copolymer with fast knockdown [TDS PDF] [Request MSDS]
INVINO-920 30% Agrochemical Formulations Matrix compatibility and stability inside aqueous SC pesticides [TDS PDF] [Request MSDS]
INVINO-8130 30% Agrochemicals, Oil Gas Separation Engineered for high-electrolyte SC fields without phase disruption [TDS PDF] [Request MSDS]
INVINO-620S 30% Wastewater Aeration, Industrial Washing General-purpose emulsion fluid for continuous bubble drainage [TDS PDF] [Request MSDS]
INVINO-830 30% Agrochemical Tank Mixes Surface tension control boundaries inside dynamic spray mediums [TDS PDF] [Request MSDS]
INVINO-2430 30% Biological Wastewater, MBR Systems High electrolyte and high shear mechanical stability boundaries [TDS PDF] [Request MSDS]
INVINO-5023 30% Oilfield Drilling Fluids, Industrial Cleaning Thermal tolerance up to 90°C inside aggressive brine environments [TDS PDF] [Request MSDS]
INVINO-6200 30% Textile Processing (High-Temperature Overflow) Anti-oil splitting and shear resilience inside overflow dye jets [TDS PDF] [Request MSDS]
INVINO-370 30% Agrochemical Adjuvants Uniform continuous bubble inhibition inside complex pesticide grinds [TDS PDF] [Request MSDS]
INVINO-M780 30% Metalworking Fluids (Soluble Cutting Oils) High-shear filtration stability without blocking fluid nozzles [TDS PDF] [Request MSDS]
INVINO-M602 30% Metalworking Fluids (Semi-Synthetic Systems) Long-term alkaline equilibrium maintenance across centralized sumps [TDS PDF] [Request MSDS]
INVINO-820C 30% Natural Gas Sweetening (Amine Gas Scrubbing) Continuous gas-liquid interface deaeration without affecting amine loading [TDS PDF] [Request MSDS]

TECHNICAL COMPREHENSION NOTES:

  • Silicone emulsion products are dilutable and can be supplied at alternative solid content variations up to 50% parameters.
  • Aqueous phase alignment is recommended strictly under our laboratory guidance to protect emulsion active integrity and layer distribution.
VIEW SPECIFICATIONS VERIFY COMPLIANCE CERTIFICATES

Frequently Asked Questions about Silicone Defoamer

Q. Will the silicone defoamer leave surface spots or cratering?

A. No. Our modified organosilicone structures secure high dynamic dispersion limits inside verified industrial mediums, preventing phase separation, oil drift, or downstream surface tension mapping failures.

Q. Can these emulsions be diluted with water on-site?

A. Yes. While our chemical concentrates are manufactured ready for direct dosing pump introduction, secondary aqueous phase dilution is supported. This process requires compatible thickeners and stabilizing buffers according to our technical protocols to defend emulsion active integrity.

Q. How do the polymers resist chemical degradation under physical shear?

A. The underlying modified siloxane chain backbones maintain full molecular structural integrity under intense continuous physical agitation, defying dynamic shear breakdown and preserving late-stage defoaming boundaries.

Q. What is the maximum operating thermal baseline?

A. INVINO® industrial silicone compounds maintain active interfacial surface tension limits across variable temperature ranges, providing legal compliance and formula endurance at continuous operating baselines up to 180°F (approx. 82°C) or specialized lines at 90°C.

Q. Why does stratification occur over extended storage durations?

A. Minor top-layer separation over prolonged stationary storage periods represents an organic thermodynamic equilibrium trait of high-solid emulsions. Standard low-shear physical agitation completely returns the fluid system to complete batch uniformity without losing foam knockdown margins.


    Request Your Defoamer Solution


    Free Sample & Lab Testing: Get a free sample and technical dosage report for your specific water/liquid system.

    • At INVINO, We turn complex Into Simple! Follow the following 3 steps to start today!

    • Tell Us What You Need

      Tell us as specific as possible of your needs, provide the application what you want to use.

    • Get Solution & Quote

      We will work on the best solution according to your requirements, the specific quote will be provided within 24 hours.

    • Free sample

      Free sample is available on your request once you share your specificate.