INVINO® Technical Defoamers for Cementitious Systems and Dry-Mix Mortars

Effective air pocket and bubble control is critical in cementitious systems like ready-mix concrete, pre-cast structural elements, dry-mix mortars, self-leveling underlayments, and high-performance grouts. Uncontrolled air entrainment generated during mechanical batch mixing severely compromises the final compressive strength, bulk density parameters, and surface appearance constraints of cured cement stones.

INVINO® provides a range of technical concrete defoamers and free-flowing cement antifoam powders engineered to regulate internal air void geometries, improve matrix workability, and secure the ultimate structural integrity of the hydration matrix. To evaluate broad-spectrum formulation compatibility indicators across alternative mineral binders, review our comprehensive Construction Industry Defoamers parent overview gate.

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Inorganic mineral cementitious dry mix formulation test displaying rapid micro air bubble de-aeration thresholds via technical polyether powder additives

Critical Challenges in Cement & Concrete Formulation

PCE Compatibility & Phase Stability

Ordinary surfactant additives separate or trigger floating oil slicks inside liquid admixture batch tanks. Our modified polyether and silicone micro-emulsions ensure long-term phase stability inside high-concentration PCE mother liquor networks.

Emulsion Splitting Prevented
Compressive Strength Optimization

Excessive entrapped air creating macro-bubbles above 1.0mm diameters lowers final concrete loading strength weights. Our active compounds execute rapid macro-void collapse while strictly retaining the sub-micron air void systems required for freeze-thaw durability thresholds.

Void Size Distribution Locked
Surface Aesthetics & Bug Holes

Gas bubble accumulation tracking against steel or wood formwork results in severe surface honeycombing and mechanical voids. High-efficiency degassing components accelerate micro-bubble ascent velocity to yield dense, flawless cast concrete boundaries.

Zero Surface Honeycombing

Defoamer Selection Matrix for Formulators

PRODUCT CODE / GRADE FORM / CHEMISTRY BASE TARGET BINDER APPLICATION KEY CORE PERFORMANCE MECHANICAL PARAMETERS TECHNICAL FILES
INVINO-8061
Modified Polyether Fluid
Cement Fiber Boards & Materials Secures dynamic slurry bubble rupture inside automated fiber mesh processing lines. Prevents internal voids and board delamination. DOWNLOAD TDS
INVINO-8082
Specialized Polyether Ester
Cement Products & Ready-Mix Maintains cured compressive strength parameters. Highly stable across strong alkaline boundaries without oil-slick tracking. DOWNLOAD TDS
INVINO-POWDER Solid Dry Powder
Inorganic Encapsulated Actives
Cementitious Dry-Mix Mortars Free-flowing aggregate. Instantly dissolves upon water addition. Eliminates macro-bubbles inside tile adhesives and self-leveling mortars. DOWNLOAD TDS

Technical Consultation & Sample Evaluation Gateway

Standard Protocol for Cementitious Material Sample Verification

1
System Parameter Submission

Provide technical data tracking your base material format (powder or liquid additive), primary active cement types, mixing shear velocities, and target pH metrics.

2
Laboratory Evaluation via Structural Air Void Distribution

Our construction chemical application laboratory reviews your parameter matrix, generating a comprehensive countertype evaluation sheet and dynamic air void density profile within 24 business hours.

3
Physical Sample Freight Dispatch

Validated laboratory trial lots are packed and shipped via expedited global express lines to enable immediate dry-mix blender or ready-mix concrete plant onsite trail verifications.


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