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Polyacrylamide-Based Flotation Reagents Stable Under Normal Conditions Active Substance ≥ 65.0%

Polyacrylamide-Based Flotation Reagents Stable Under Normal Conditions Active Substance ≥ 65.0%

Brand Name: KS
Model Number: 90%
Detail Information
Trademark:
Y&X
Other Names:
4-Methyl-2-pentanol; 1,3-Dimethylbutanol
Melting Point:
Not Applicable
Isopropyl Alcohol:
3% Max
Shelf Life:
2 Years
Active Substance:
≥ 65.0 %
The Row Material:
Polyacrylamide
Terms Of Payment:
T/T
Highlight:

Polyacrylamide flotation reagents

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Stable flotation reagents

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High-active flotation reagents

Product Description

Product Description:

IPETC Flotation Reagents Product Summary:

The IPETC Flotation Reagents are essential chemicals used in the mineral processing industry to enhance the separation of valuable minerals from the ore. This product is commonly known by its other names, 4-Methyl-2-pentanol and 1,3-Dimethylbutanol. With a shelf life of 2 years, these reagents offer long-lasting effectiveness in various flotation processes.

One crucial aspect of the IPETC Flotation Reagents is their flammability limits, particularly when used with Carbon Disulfide Gas. The flammability limits range from 1.25 to 50, ensuring safe handling practices to prevent any potential hazards during the flotation process.

Another important attribute of the IPETC Flotation Reagents is the maximum Isopropyl Alcohol content, which is limited to 3%. This controlled percentage helps maintain the integrity and performance of the reagents while ensuring optimal results in mineral separation.

Furthermore, these flotation reagents exhibit exceptional stability under normal conditions, providing reliability and consistency in their performance. Their stability ensures that the flotation process runs smoothly and efficiently, resulting in high-quality mineral concentrates.


Features:

  • Product Name: Flotation Reagents
  • Active Substance: ≥ 65.0%
  • Trademark: Y&X
  • The Row Material: Polyacrylamide
  • Flammability Limits: 1.25-50 (for Carbon Disulfide Gas)
  • Type: Flotation Frother Reagent

Technical Parameters:

Attribute Value
Appreance Pale Yellow Or Yellow-green Granula
Attention Abandoned Avoid Abandon In Water
Shelf Life 2 Years
Type Flotation Frother Reagent
Melting Point Not Applicable
Item Depressant D411
Active Substance ≥ 65.0 %
Stability Stable Under Normal Conditions
Trademark Y&X
The Row Material Polyacrylamide

Applications:

Flotation Reagents play a crucial role in the mineral processing industry, especially in the flotation process. The KS Flotation Reagents, with a model number of 90%, are highly effective chemicals used to enhance the separation of valuable minerals from ore. Originating from China, these reagents are known for their quality and reliability.

With a shelf life of 2 years, the KS Flotation Reagents are a long-lasting solution for mineral processing plants. The product is manufactured by the reputable brand Y&X, ensuring top-notch quality and performance. The specific item in this range is the Depressant D411, designed to aid in the depression of unwanted minerals during the flotation process.

When using the KS Flotation Reagents, it is essential to follow the attention guidelines provided. One key point to remember is to avoid abandoning the reagents in water, as it can lead to contamination and inefficiency. Additionally, the reagents contain a maximum of 3% isopropyl alcohol, making them safe for handling and environmentally friendly.

The application occasions for the KS Flotation Reagents are diverse and include mineral processing plants, mining operations, and ore beneficiation facilities. These reagents are ideal for scenarios where selective separation of minerals is required, such as in the recovery of valuable metals like gold, copper, and lead.

Whether you are looking to improve the efficiency of your flotation process or achieve higher mineral recovery rates, the KS Flotation Reagents are the perfect solution. Trust in the quality, performance, and reliability of these reagents to optimize your mineral processing operations.