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Silicon based Defoamers

Price 100 INR/ Kilograms

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MOQ : 100 Kilograms

Silicon based Defoamers Specification

Density
<1.0 water Milligram per cubic meter (mg/m3)

Purity
20%

Form
Liquid

Storage
Dry Place

Melting Point
0C (32F) Water

Solubility
Soluble

Taste
Odorless

Smell
Pungent

HS Code
38249900

Boiling point
100 Degress Celcius

Other Names
Defoamer Emulsion

Ph Level
6.0-8.0

Classification
Other

Chemical Name
Silicone Base Defoamer

Grade
Industrial Grade

Standard
Industrial

Type
Non-Hazardous

Usage
Typical dosage range is between 5 and 10 g/L More precisely it is 5 to 7 g/L of 10% product. Foam problem areas vary from factory to factory and from time to time in the same factory. If you know where the severe foam problems exist in the process, you can feed heavier dosages at this points and lesser dosages in the other areas where foam is not as much of a problem, and still maintain acceptable technical and cost performance.

Main Material
Silicone Base Defoamer

Application
Industrial, Paper, Water Treatment

Silicon based Defoamers Trade Information

Minimum Order Quantity
100 Kilograms

FOB Port
JNPT and Mundra

Payment Terms
Cash Advance (CA)

Supply Ability
10000 Kilograms Per Month

Delivery Time
5 Days

Sample Available
Yes

Sample Policy
Free samples are available

Packaging Details
50 kg and 200 kg drum

Main Export Market(s)
Middle East, Africa

Main Domestic Market
All India

Certifications
ISO,Food and Drug License

About Silicon based Defoamers

To control foaming in various industrialapplications is a main function of OLKLIN-DF.

Contents of the OLKLIN- DF:

OLKLlN- DF: Combination of silicone oils andsuitable emulsifier.

Application:

OLKLlN- DF, an anti-foaming agent, is usefulin eliminating various kinds of troubles causedby foaming in processes of a variety ofindustries handling surfactants, water-solublehigh-molecular compounds, or the like arehandled, such as, for example, the fiberindustry, dyeing industry, paper and pulpindustry, synthetic resin industry, dye industry, and oil field / refinery industry in order toprevent various troubles caused by foaming.

Efficient Foam Control for Industrial Needs

Silicon based defoamers offer robust foam suppression, making them ideal for challenging industrial processes such as in the paper industry and water treatment facilities. Their quick action and consistent quality help maintain operational stability, reduce downtime, and improve process results across a broad spectrum of industrial applications.

Easy Application with Flexible Dosage

This defoamer can be tailored to your plants unique requirements by varying the dosage, typically ranging between 5 and 7 g/L of a 10% solution. For severe foam problem areas, the dosage may be adjusted accordingly, ensuring both efficient performance and cost-effectiveness, regardless of fluctuating foam levels in different parts of the facility.

Safe and Stable for Industrial Environments

Engineered for safety, this non-hazardous silicone-based emulsion meets industrial standards for purity and stability. With a neutral pH and low toxicity, it is safe to handle and store, making it a dependable solution for manufacturers seeking both compliance and efficiency in their operational processes.

FAQs of Silicon based Defoamers:

Q: How do I use Silicon Based Defoamer in industrial applications?

A: To use this defoamer, add it directly to areas where foam occurs. The typical dosage is 5 to 7 grams per liter of a 10% solution, but you can increase the dosage at severe foam hotspots and reduce it in less affected zones for optimum results.

Q: What are the primary benefits of using this silicone-based defoamer?

A: Its main advantages include rapid foam reduction, inertness in most industrial environments, adaptability to various processes, and cost-effective performance. It helps to maintain process efficiency by preventing foam-related disruptions.

Q: When should I apply the defoamer during the process?

A: It is best applied when foam starts forming in the process. Identify the stages or areas with persistent foam and add the defoamer accordingly. Regular monitoring will help in adjusting frequency and quantity for best results.

Q: Where should the silicone defoamer be stored?

A: Store the defoamer in a dry place, away from direct sunlight and moisture. Proper storage extends shelf life and preserves its effectiveness for industrial use.

Q: What is the process for optimizing defoamer dosage for different foam problem areas?

A: Begin by identifying sections of your production line with heavy foam formation and dose the product more heavily there. Use lower dosages in other areas. This flexible dosing ensures both technical efficacy and cost savings.

Q: Is the silicone-based defoamer safe to handle and non-hazardous?

A: Yes, it is formulated as a non-hazardous, industrial-grade product. It has a neutral pH (6.08.0) and is safe for use when handled as directed. Always follow standard industrial handling guidelines.

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