LK-AF 615D
Specialty Silicone-Based Antifoam Emulsion
Introduction:
LK-AF 615D is a high-performance, cost-effective modified silicone-based antifoam emulsion engineered for efficient and long-lasting foam control across various industrial applications such as effluent treatment plants, chemical processing, and agricultural formulations.
Developed with optimized silicone-active ingredients and specialty surfactants, LK-AF 615D ensures rapid foam elimination and extended foam suppression, enabling smoother operations, enhanced productivity, and reduced process downtime. Its excellent dispersibility in aqueous systems allows easy incorporation and reliable performance, even under demanding process conditions.
Key features
- Ready-to-use – can be added directly to the system without dilution
- Rapid action – eliminates foam within 15 seconds
- Long-lasting effect – significantly delays foam reformation
- Wide pH compatibility – performs effectively from mildly acidic to alkaline media
- Chemically inert – leaves no residues or deposits in equipment
- Safe & easy to handle – non-corrosive and non-hazardous formulation
- Food-contact compatible – contains ingredients compliant with indirect food contact standards
Typical Properties
| Property | Value |
|---|---|
| Appearance & Type | Milky-white, non-ionic liquid |
| Defoaming Efficiency | 0-15 seconds |
| pH Range | 6–8 |
| Storage Stability | 6 months (in sealed container) |
Applications:
- Effluent & Wastewater Treatment
- Chemical & Process Industries
- Agricultural Formulations
- Industrial Cleaners & Detergents
Why Choose LK-AF 615D?
Because it offers the perfect balance of speed, stability, and safety, ensuring efficient foam control, cleaner operations, and cost-effective performance for diverse industrial processes.
Recommended Usage:
- Dosage: 0.05% – 1.0%, depending on surfactant level and formulation type
- Application: Add directly to any aqueous system
- Non-aqueous systems: Customized grades available upon request
- Testing: Preliminary testing advised for highly acidic or alkaline conditions