- Pengshan Economic Development Zone, Sichuan Province,China
DF4060 is a silicone based defoamer for use in oilfield processing applications. It will prevent foaming in virtually any industrial application. It acts quickly breaking up the foam without altering the effectiveness of the cleaning solution or effluent treatment chemicals being used.DF4060 has excellent elimination and antifoaming properties. It can be added after the foam is produced or added as a foam inhibiting component. The defoaming agent can be added in an amount of 10-100ppm. The optimal dosage is tested by the customer according to the specific conditions.
Defoamer is a specially formulated oilfield additive designed to eliminate and prevent foam formation during drilling, production, and various fluid treatment processes. Excessive foam can interfere with operational efficiency, hinder accurate fluid level measurements, and cause equipment malfunctions. By effectively breaking down existing foam and inhibiting new foam generation, defoamers ensure smoother and safer oilfield operations.
Key Functions:
Rapid Foam Elimination: Quickly disperses and reduces surface foam in drilling fluids, fracturing fluids, and production systems.
Foam Prevention: Inhibits the reformation of foam, maintaining stable fluid properties.
Compatibility: Works efficiently in a wide range of oilfield fluids, including water-based and oil-based systems.
Advantages:
Improves Operational Efficiency: Ensures uninterrupted fluid circulation and prevents overflow caused by foaming.
Enhances Equipment Protection: Reduces foam-induced cavitation and corrosion, prolonging equipment life.
Low Dosage, High Efficiency: Achieves significant defoaming performance with minimal additive usage, lowering overall treatment cost.
Thermal and Chemical Stability: Performs well under high-temperature and high-salinity conditions commonly found in oilfield operations.
| Form | Solid Content | Water Solubility | Health Hazard | Physical Hazard |
| White Liquid | 38%-42% | Soluble | Eyes, Skin | None |