Fatty Alcohol Defoamers & Deaerators (Alcohol Based Antifoam)
High-Performance Degassing for Paper Machines
INVINO® fatty alcohol defoamers are engineered non-silicone emulsion concentrates formulated specifically for interfacial degassing and macro-foam suppression inside papermaking machine wet-end white water systems. Often documented as organic alcohol-based deaerators, these stable active systems accelerate the coalescence of entrained micro-air bubbles trapped within dense stock fiber slurries without affecting downstream fiber bonding parameters.
Unlike conventional organic silicone alternatives, our high-molecular fatty alcohol series maintains full compatibility with rosin or AKD sizing metrics. This independent phase trait renders it ideal for the production of sensitive paper grades, specialized packaging cardboards, and liners requiring precise wet-strength resin additions. They secure excellent water-dispersibility profiles, optimizing dynamic drainage rates across forming fabrics while reinforcing uniform sheet formation.
Get Technical Guidance
| Product Code | Appearance | Solid Content (%) | pH | Characteristics Matrix | TDS/MSDS |
|---|---|---|---|---|---|
| INVINO-5030 | White Emulsion | 30.0±1.0 | 6.0-7.0 | 35–45°C operating threshold. Standard paper machine white water closed-loops. Inhibits surface sheet pinhole defects and reinforces layer uniformity. | DOWNLOAD |
| INVINO-5045 | White Emulsion | 30.0±1.0 | 6.0-7.0 | 40–55°C operating threshold. Elevated temperature white water loops. Sustained bubble suppression traits inside high-recycling closed circuits. | DOWNLOAD |
| INVINO-5060 | White Emulsion | 30.0±1.0 | 6.0-7.0 | 50–60°C operating threshold. High-temperature paper mill backwater circuits. Preserves emulsion phase stability under aggressive thermal stress fields. | DOWNLOAD |
Performance Case Study: INVINO vs. Competitors
Superior Knockdown Speed in Papermaking White Water
- Cyclic Bubbling Instrument: Recirculating gas-induction grid calibrated to evaluate the continuous kinetic boundaries of wet-end slurries.
- White Water Medium: Extracted directly from localized continuous processing linerboard recycled backwater manifolds.
- Preparation: Charge a clean 500 mL graduated measuring cylinder with 200 mL of the compiled paper mill white water matrix. Calibrate and fix the loop temperature boundary at exactly 45°C throughout the trial.
- Bubbling Process: Initiate the continuous gas induction loop until the generated fluid slurry macro-foam layer climbs to the 250 mL volume horizon.
- Defoamer Application: Introduce exactly one calibrated drop of the target fatty alcohol polymer emulsion into the active bubbling cylinder top boundary.
- Observation: Audit the rapid knockdown kinetics and record the precise time intervals required for the gas-liquid interface to recede to baseline limits.
- Maintain strict uniform thermostat boundaries across all test batches to insulate raw metrics from ambient room temperature shifts.
- Follow the automated second-by-second monitoring logs to map the true deaerating persistence boundaries without data distortion fields.
Fatty Alcohol Defoamer Cert
Quality Assurance & Compliance
Product stability and regulatory compliance remain foundational thresholds for automated paper mills. INVINO® ensures that each industrial fatty alcohol defoamer batch conforms to precise chemical constraints, verified safety frameworks, and stringent process monitoring boundaries.
- Halal Certified: The solid and fluid composition lots satisfy full Halal registry mandates, eliminating export entry barriers for specialized global regional packaging supply loops.
- REACH SVHC Compliant: Batches undergo comprehensive third-party audits to satisfy EU REACH regulations regarding Substances of Very High Concern (SVHC), protecting workforce safety and system ecology.
- Heavy Metals Monitored: Strict continuous inductively coupled plasma mass spectrometry (ICP-MS) limits verify that heavy metal trace remains well beneath international processing thresholds.
- Microbiological Screened: Regular thermal batch diagnostics secure absolute purity metrics, rendering the fluid line suitable for high-speed mills sensitive to bio-fouling or organic growth.
- Food Contact Statement: Material safety validation files supporting direct-contact paperboard and container configurations are maintained across our operational database lines.
Frequently Asked Questions about Fatty Alcohol Defoamer
Track closed-loop white water thermal baselines, slurry alkaline thresholds, wire speed agitation shear, and fiber retention characteristics when choosing your model grade.
• Factor: Align emulsion droplet distribution directly against specific plant dynamic parameters.Confirm matrix compatibility with wet-end sizing configurations (AKD/Rosin) and retention polymers. Complete localized cylinder trials before mass pumping to guarantee zero sheet blemishes or surfactant conflict boundaries.
• Factor: Verify active alcohol dispersion balance across local aggregate pulp lots.Initiate dosage mapping indicators at 0.05kg to 0.3kg per metric ton of air-dry paper assets inside standard newsprint/cardboard loops; adjust thresholds under laboratory diagnostic oversight.
• Factor: Control the overall consumption manifest via gradual micro-metering procedures.