High-Carbon Alcohol Emulsion Degassing Agent
Revolutionize your papermaking and industrial processes with superior foam control and air removal.
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High Carbon Alcohol Emulsion Degassing Agent
This advanced formulation is engineered to tackle foam and air entrapment in critical industrial processes, particularly within the papermaking industry. Its patented technology ensures efficient air bubble removal, leading to significant improvements in product quality and operational efficiency.
- Enhance papermaking speed with our effective degassing capabilities, ensuring a smoother production flow.
- Achieve superior paper quality by reducing needle holes and improving the void rate, leading to better smoothness.
- Benefit from the product's ability to promote dehydration, thereby improving sizing degree and increasing retention.
- Experience optimal performance at moderate temperatures (30-45°C), making it ideal for various papermaking conditions.
Key Advantages
Efficient Air Removal
Our high carbon alcohol emulsion degassing agent boasts an impressive 80-90% air bubble removal rate, crucial for improving the void rate in your paper products.
Moisture Reduction
Significantly lowers moisture content in the dryer inlet by 2-3%, contributing to energy savings and faster processing, a key aspect of improving papermaking speed.
Process Optimization
By ensuring safe operation of the paper machine and improving sizing degree, this agent helps optimize your entire papermaking workflow.
Key Applications
Papermaking White Water Defoaming
Effectively controls foam in white water within the papermaking process, enhancing overall production quality.
Rosin Sizing Agent Defoaming
Addresses foaming issues during the production process of rosin sizing agents, ensuring product integrity.
Latex Paint Anti-Foaming
Provides essential anti-foaming properties for latex paints and various emulsion production and usage scenarios.
Polyvinyl Alcohol Solutions
Offers effective foam control for polyvinyl alcohol aqueous solutions and similar formulations.