Defoamer ANTIFOAM K- 622

Defoamer ANTIFOAM K- 622 Specification

Ph Level
6.5-8.5

Solubility
Dispersible in Water

Density
1.00 Gram per cubic centimeter(g/cm3)

Grade
Industrial Grade

Smell
Mild

Poisonous
No

Application
Textile, Paper, Paint, Chemical Process Industries

Shelf Life
12 Months

Physical Form
Liquid

Other Names
Antifoam Agent, Silicone Defoamer

Chemical Name
Defoamer ANTIFOAM K-622

Type
Silicone Based Defoamer

Color
Milky White

Usage
Industrial

Purity(%)
99

Storage
Cool and Dry Place

Appearance
Milky White Liquid

Stability
Good stability under varying pH and temperature

Flash Point
>100C

Compatibility
Compatible with most process chemicals

Packing
50 Kg / 200 Kg HDPE Drum

Dosage
0.01% to 0.1% (by volume, as per process requirement)

Viscosity
350-1000 mPa.s (at 25C)

Ionic Nature
Non-ionic

Defoamer ANTIFOAM K- 622 Trade Information

Minimum Order Quantity
100 Kilograms

Supply Ability
1000 Kilograms Per Week

Delivery Time
7 Days

About Defoamer ANTIFOAM K- 622

Ending soon: Discover the hot deal on Defoamer ANTIFOAM K-622, an exceptional, non-ionic, silicone-based antifoam crafted for noble industrial applications. Personalise your process solutions with this unassailable defoamer-delivering stable performance even under extreme pH and temperature variations. With an outstanding purity of 99% and milky white, liquid appearance, it's the industry's preferred choice for textiles, paper, paint, and chemical processes. Dosage flexibility (0.01-0.1%) and broad compatibility make it indispensable. Available in 50 or 200 Kg HDPE drums. Seize this opportunity before it's gone!

Optimised Performance for Industrial Applications

Defoamer ANTIFOAM K-622 is designed for specific use in textile, paper, paint, and chemical process industries. Its liquid, silicone-based, non-ionic formulation ensures smooth and effective foam suppression in diverse operating conditions. Offering a mild smell, exceptional purity, and water dispersibility, this defoamer is ideal for personalised operation settings. Its remarkable stability throughout varying pH levels and temperatures distinguishes it as a reliable and enduring choice for unassailable industrial performance.

Certifications, Logistics, and Sample Policy Information

Defoamer ANTIFOAM K-622 is delivered with full certifications attesting to quality and safety. It is shipped via trusted FOB ports across India, ensuring timely and secure delivery. Our freight charges are transparent and competitive, aligning with the current list price structure. Samples are available on request under our straightforward policy so customers can evaluate the product's performance before commitment. Experience efficiency and reliability in every shipment.

FAQ's of Defoamer ANTIFOAM K- 622:

Q: How should Defoamer ANTIFOAM K-622 be used in industrial processes?

A: Add Defoamer ANTIFOAM K-622 at a dosage of 0.01% to 0.1% by volume, directly into the foam-producing system, according to your specific process requirements for optimal defoaming performance.

Q: What industries benefit most from ANTIFOAM K-622?

A: Industries such as textiles, paper manufacturing, paint processing, and various chemical processes find this defoamer especially beneficial due to its stable performance, high compatibility, and exceptional foam control.

Q: When is the ideal point to introduce the defoamer in the process?

A: For best results, introduce ANTIFOAM K-622 at the beginning or during the peak foaming stage to swiftly counteract foam formation and maintain consistent process efficiency.

Q: Where should ANTIFOAM K-622 be stored for maximum efficacy?

A: Store the product in a cool, dry place, away from sunlight and excessive heat, to preserve its stability and prolong its twelve-month shelf life.

Q: What are the key benefits of using a non-ionic, silicone-based defoamer like ANTIFOAM K-622?

A: Key benefits include exceptional compatibility with most process chemicals, stable performance in various pH and temperature conditions, and a purity of 99%, ensuring reliable, unassailable antifoaming action.