Milky White Silicone Defoamer

Milky White Silicone Defoamer Specification

Ph Level
6

Purity
80-99%

Form
Liquid

Storage
Room Temperature

CAS No
10417-94-4

Grade
Technical Grade

Usage
Industrial

Milky White Silicone Defoamer Trade Information

Minimum Order Quantity
100 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Kilograms Per Month

Delivery Time
2-10 Days

Main Domestic Market
All India

About Milky White Silicone Defoamer

Milky White Silicone Defoamer is a high-efficiency industrial-grade solution designed to control excessive foam formation in various industrial processes. Composed of liquid form with a purity range of 80-99%, it delivers effective defoaming in applications requiring technical-grade performance. With a pH level of 6, it ensures compatibility with processes that maintain a neutral pH balance. Suitable for storage at room temperature, this product provides ease of handling and maintenance. The compound bearing CAS No. 10417-94-4 is ideal for industries requiring consistent foam suppression to maintain operational efficiency. Its milky white appearance ensures easy identification during application, making it a reliable and trusted companion for industrial tasks.

Our firm manufactures and supplies milky white silicone defoamers / antifoams specifically formulated for effluent treatment plants (ETP) and sewage treatment plants (STP). These products control persistent foam generated during aeration, biological activity, and chemical dosing without affecting treatment efficiency or sludge behavior.

In ETP/STP operations, foam often arises from surfactants, organic load, microbial growth, and continuous aeration. Uncontrolled foam can reduce oxygen transfer, cause overflow, interfere with sensors, and impact sludge settling. Our milky white silicone antifoams provide controlled, long-lasting foam suppression to maintain smooth plant operation.

Why Milky White Silicone Antifoams Are Preferred in ETP/STP

Milky white silicone defoamers are widely used due to their combination of rapid action and sustained performance. Key advantages include:

Quick collapse of surface and entrained foam

Preventive antifoam action during continuous aeration

Effective performance at low dosage levels

Stability across varying pH and temperature conditions

Compatibility with biological and chemical treatment stages

The focus is on maintaining stable foam levels rather than aggressive knockdown that could disrupt processes.

Foam Challenges Addressed

These antifoams control foam caused by:

Surfactants and detergents in influent

High organic and biological load

Filamentous bacterial growth

Mechanical aeration and agitation

Temperature and pH fluctuations

They help maintain clear tank surfaces and consistent plant performance.

Application Areas in Treatment Plants

Aeration tanks and bioreactors

Equalization tanks

Activated sludge systems

Sludge digestion and thickening units

Clarifiers and secondary treatment stages

Industrial effluent treatment systems

Dosing and product selection are tailored to the foam behavior at each stage.

Performance Characteristics

Fast-acting foam control

Long-lasting antifoam effect during continuous operation

Stable under mechanical shear

Minimal impact on sludge settling and floc structure

Predictable dosing for manual or automated systems

These features support uninterrupted treatment and operational efficiency.

Manufacturing & Formulation Approach

Kashyap Enterprises emphasizes emulsion stability, uniform dispersion, and batch-to-batch consistency. Products integrate easily into existing dosing arrangements and remain effective during storage and extended use. Standard grades are available for general ETP/STP applications, along with customized variants based on influent characteristics and operating conditions.

Why Choose Kashyap Enterprises

In-depth understanding of ETP and STP foam behavior

Reliable performance in biological treatment systems

Consistent product quality and supply

Technical support for industrial and municipal plants

Manufacturer-driven coordination for optimized solutions