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Defoamer Chemicals

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Defoamer Chemicals Specification

Application
Paper processing, effluent treatments, fermentation, textile, paints and coatings, detergents

Ingredients
Polydimethylsiloxane, emulsifiers, carrier fluid

Storage
Store in tightly closed original container, at room temperature, away from direct sunlight

Appearance
Milky white viscous liquid

Ph Level
6.58.5

Molecular Formula
(C2H6OSi)n

Density
1.0 Gram per cubic centimeter(g/cm3)

Physical Form
Liquid

Purity
99%

Properties
Excellent foam control, stable under alkaline and acidic conditions, low viscosity, disperses easily in water

Melting Point
-50C to -40C

Taste
Odorless

Shape
Liquid

Poisonous
NO

EINECS No
618-466-4

Shelf Life
12 months

Structural Formula
-[-Si(CH3)2O-]n-

Grade
Industrial Grade

Smell
Mild, characteristic

CAS No
9003-11-6

HS Code
38249022

Usage
Used to suppress and eliminate foam in industrial processes

Refractive Rate
1.402

Product Type
Chemical Compound

Solubility
Dispersible in water

Molecular Weight
Variable

Boiling Point
>150°C

Compatibility
Compatible with most process chemicals

Flash Point
>100°C

Packing Type
HDPE drums

Toxicity
Non-toxic under recommended conditions

Viscosity
500-1000 cps

Ionic Nature
Non-ionic

Environmental Impact
Biodegradable

About Defoamer Chemicals

Backed by a team of professionals, we are engaged in offering the high-quality Defoamer Chemicals at the best market prices. The offered chemicals are helpful in breaking the foam that is already formed as well as for preventing the formation of foam. They are the chemical additives that are used in industries to reduce and eliminate the formation of foam in various process liquids. These anti-foamers are really important chemical in various industrial processes as foam poses serious problems and are required to be eliminated. Defoamer Chemicals have low viscosity and can spread rapidly on foamy surfaces.

Features:

Insoluble in the foaming medium
Have surface active properties
Excellent foam breaking action

Superior Foam Control in Industrial Processes

This defoamer is specifically engineered for diverse industries such as paper manufacturing, effluent treatment plants, fermentation, textiles, paints, coatings, and detergents. Its highly effective composition swiftly disperses in water and remains stable across various pH levels, offering uncompromised performance under harsh processing conditions.

Safe, Non-toxic, and Environmentally Responsible

Featuring a non-toxic formulation under recommended conditions, our defoamer is biodegradable and does not persist in the environment. It presents minimal health risks, with a high flash point and no poisonous components, thereby ensuring safe handling and application in industrial settings.

Efficient and Easy to Use

With a low viscosity and excellent compatibility, this product integrates seamlessly into existing processes. It disperses quickly, requiring minimal mixing, and maintains foam control even at low concentrations. The HDPE drum packaging preserves product stability for up to 12 months when stored properly.

FAQs of Defoamer Chemicals:

Q: How should the defoamer chemical be used in industrial processes?

A: Add the defoamer directly to the foaming system, either before or during the process. It disperses quickly in water, and can be dosed manually or with automated feed systems, ensuring rapid foam suppression for reliable process control.

Q: What are the main benefits of using this non-ionic defoamer?

A: It offers excellent foam control, compatibility with most process chemicals, rapid dispersion, and stable performance under a wide range of pH and temperature conditions. In addition, it is non-toxic, biodegradable, and safe for both users and the environment.

Q: When is it best to apply the defoamer chemical?

A: Apply the defoamer at the start of processes prone to foaming or whenever excessive foam is observed during production. Timely addition helps prevent foam-related issues, such as overflow, decreased efficiency, or product contamination.

Q: Where should the defoamer be stored for maximum longevity?

A: Store the product in its tightly closed original HDPE drum, at room temperature, and away from direct sunlight. These conditions maintain the defoamers stability and maximize its 12-month shelf life.

Q: What industries commonly use this defoamer?

A: It is widely used in paper manufacturing, effluent treatment, fermentation processes, textile production, paint and coating industries, and detergent manufacturinganywhere persistent foam can hamper operations.

Q: What makes this defoamer particularly environmentally friendly?

A: Its biodegradable composition ensures minimal environmental impact after use. The product breaks down naturally without leaving harmful residues, making it suitable for applications requiring sustainable solutions.

Q: How does the defoamer maintain effectiveness across different conditions?

A: With a broad pH tolerance (6.58.5), non-ionic character, and stability above 100C flash point and 150C boiling point, it consistently suppresses foam in both acidic and alkaline environments, even under elevated temperatures.

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