KAG 47 Silicone Antifoam Compound
Product Description
KAG 47 antifoam may be an excellent candidate for boosting performance in non-aqueous systems, via reliable foam prevention. This moderately viscous compound may support an array of industrial applications at full as-supplied strength, in a solvent dispersion or in blends, depending on system needs. KAG 47 antifoam helps prevent foam through addition to the system before foaming begins.Key Features and Typical Benefits
- Material antifoam performance in non-aqueous systems
- Increased production throughput
- General-purpose reliability
- Meets the requirements of EPA Regulation 40 CFR 180.1001(c) as a defoamer for pesticides
Typical Physical Properties
| Property | Result |
|---|---|
| Appearance | Translucent white |
| Active Ingredient Content | 100% by weight |
| Specific Gravity, 25/25°C | 0.988 |
| Viscosity at 25°C (after stirring), cP | 2500 |
| Suitable Diluent | Process liquid, hydrocarbons |
| Shelf Life, months | 12 |
Potential Applications
This antifoam's built-in versatility may allow its use In applications such as non-aqueous printing inks, agrichemicals, cleaners and detergents, lubricants, resin handling/manufacturing, sludge dewatering and chemical separations/distillations.How to Use
Use KAG 47 antifoam as received or dilute first with the process liquid (Table 1). Mix the antifoam when the package is opened to maximize results.- Dilution: Mix 3 to 10 parts of the process liquid to 1 part antifoam; stir gently until a uniform mixture is reached. Ensure product uniformity over long storage periods by gentle periodic mixing
- For maximizing cost-effectiveness: Predilute KAG 47 antifoam and add continuously at a process segment prior to foaming
- We suggest starting concentrations of 10 to 200 ppm
Table 1 : KAG 47 Antifoam Concentrations and Parts per Million Equivalents
| Concentration of KAG"47 Antifoam (from container) |
Parts per Million KAG 47 Antifoam (As received) |
|---|---|
| 1 liter In 1,000 liters | = 1000 |
| 1 liter In 2,000 liters | = 500 |
| 1 liter In 10,000 liters | = 100 |
| 1 liter In 20,000 liters | = 50 |
