Polyether Polyol Defoamer for Industrial Water Treatment, Non-Ionic, 200-1000MPa.S Viscosity

Product Specifications

Unstable Foam Control in Industrial Water Systems? The Reliable Polyether Polyol Defoamer Solution

We’ve witnessed countless production delays caused by persistent foam in industrial water treatment processes—from compromised heat transfer efficiency to disrupted R&D trials when foam interferes with experimental accuracy. Traditional defoamers often fail to balance stability and performance, either breaking down too quickly under high shear or leaving residues that contaminate subsequent processes. In our 10+ years serving industrial clients, these foam-related challenges consistently rank among the top operational headaches.

Consistent Performance with Non-Ionic Polyether Polyol Defoamer

Our Polyether Polyol Defoamer for Industrial Water Treatment addresses these critical pain points through its precisely engineered non-ionic formulation. With a viscosity range of 200-1000MPa.S, it delivers reliable foam suppression across varying water temperatures and pH conditions (7-8), ensuring consistent performance in both laboratory-scale experiments and full industrial circulating water systems. As a factory-direct supplier with a flexible production system, we eliminate the middleman delays, responding to urgent orders within 24 hours and delivering small 25L batches in 7-15 days—perfect for pilot projects or emergency production needs.

Key Applications in Industrial Water Treatment

This Water Treatment Defoamer excels in industrial circulating water systems, where foam formation can disrupt cooling efficiency, increase chemical consumption, and damage equipment. Its non-ionic nature makes it compatible with most water treatment chemicals, including scale inhibitors and biocides, without causing emulsion breakdown or pH fluctuations. Typical applications include cooling towers, process water systems, and wastewater treatment facilities, where maintaining foam-free operation is critical for operational efficiency and regulatory compliance.

Why Viscosity and Ionic Properties Matter for Foam Control

The 200-1000MPa.S viscosity range of our Polyether Polyol Defoamer is carefully calibrated to balance two critical performance factors: dispersion rate and foam-suppression longevity. Lower viscosity ensures rapid dispersion in turbulent water systems, while the controlled upper limit prevents excessive thickening that could hinder flow through dosing equipment. The non-ionic emulsion type provides superior stability across a wide range of water hardness and pH levels, avoiding the ionic incompatibility issues common with anionic or cationic alternatives. This translates to fewer batch variations, reduced rework, and more predictable process outcomes—whether in university lab trials or large-scale manufacturing.

Benefits of Reliable Defoamer Performance vs. Costly Downtime

Choosing a substandard defoamer can lead to hidden costs: unplanned production stops to address foam overflow, increased water treatment chemical usage, and even product quality issues from foam-induced process variations. Our Industrial Defoamer, produced under strict quality control protocols, minimizes these risks by delivering consistent performance batch after batch. Compliant with industrial water treatment standards, it helps maintain system efficiency, reduce maintenance costs, and support uninterrupted production schedules. For research institutions, this consistency is equally valuable—ensuring experimental results are reproducible and foam-related variables are eliminated from data analysis.

Our Quality Commitment: From Production to Delivery

Certificate of Analysis & Documentation

Each 25L plastic bucket is accompanied by a Certificate of Analysis (COA) detailing the specific test results for that batch, including viscosity, pH, and appearance. Material Safety Data Sheets (MSDS) are provided with every order, containing detailed handling, storage, and safety information. For research institutions requiring additional documentation, specific batch test records can be requested by order number, supporting regulatory compliance and experimental traceability.

Storage & Handling

• Store in a cool, dry, well-ventilated area, sealed and away from direct sunlight.
• Keep away from incompatible materials, food and feed sources.
• Handle with appropriate personal protective equipment (gloves, goggles, lab coat).
• Follow good industrial hygiene practices. Avoid inhalation and skin contact.
• Refer to MSDS for detailed storage and safety instructions.

Simple Order Process for Your Industrial Needs

To place an order for our Polyether Polyol Defoamer, start by submitting an inquiry with your specific requirements, including quantity and delivery timeline. We’ll provide a detailed quotation within 24 hours, along with a sample upon request for qualification testing. Once specifications are confirmed, we begin production immediately, with full logistics tracking provided until delivery. For recurring orders, our customer service team can set up a scheduled supply plan to ensure consistent availability for your production or research needs.

Frequently Asked Questions