Yellow Oily Liquid Flotation Reagents Offering Effective Flotation Chemistry and Improved Mineral Separation Performance

Product Description:

Flotation Reagents play a crucial role in the mineral processing industry, especially in the flotation of copper-gold sulfide ores. These reagents are specially formulated chemicals designed to enhance the separation of valuable minerals from the ore during the flotation process. Among these, Isopropyl Ethyl Thionocarbamate stands out as an effective flotation reagent that significantly improves the efficiency and selectivity of mineral recovery. This product is supplied as a raw liquid reagent, facilitating precise dosing and optimal performance in flotation operations.

The primary application of Flotation Reagents, including Isopropyl Ethyl Thionocarbamate, is in the flotation of copper-gold sulfide ores. These ores contain valuable metals such as copper and gold, which are often embedded in complex mineral matrices. The flotation process involves the addition of reagents that selectively bind to the surface of the targeted minerals, allowing them to attach to air bubbles and rise to the surface for collection. This selective separation is essential for achieving high recovery rates and producing concentrates with desirable purity levels.

One of the key advantages of using Isopropyl Ethyl Thionocarbamate as a flotation reagent is its ability to improve the selectivity between copper and gold sulfide minerals and gangue materials. This reagent acts as a collector, enhancing the hydrophobicity of the mineral surfaces and promoting their attachment to air bubbles. As a result, the flotation process becomes more efficient, reducing the amount of reagent required and minimizing the environmental impact.

In terms of usage, this product is supplied as a raw liquid reagent, which allows for accurate dosing directly into the flotation circuit. The liquid form facilitates easy handling, mixing, and dispersion within the flotation cells, ensuring consistent reagent distribution and optimal mineral recovery. The dosing of the reagent can be precisely controlled to match the specific requirements of the ore being processed, thereby maximizing the effectiveness of the flotation operation.

From a safety and handling perspective, this Flotation Reagents product is classified under Hazard Class: None, indicating that it poses minimal risk during transportation and use. This classification simplifies storage and handling procedures, making it a convenient choice for mining operations. Furthermore, the reagent is transported by sea, an efficient and cost-effective method for delivering large volumes to mining sites worldwide. The sea transportation ensures that the product reaches its destination safely and in good condition, ready for immediate use in flotation processes.

Overall, the use of Flotation Reagents such as Isopropyl Ethyl Thionocarbamate is indispensable in modern mineral processing, particularly for the recovery of copper and gold from sulfide ores. The raw liquid reagent dosing approach enhances operational efficiency, while the non-hazardous classification and sea transportation options contribute to safe and economical logistics. By integrating this product into flotation circuits, mining operators can achieve improved concentrate grades, higher recovery rates, and reduced operational costs.

In summary, Flotation Reagents including Isopropyl Ethyl Thionocarbamate provide a reliable, efficient, and safe solution for the flotation of copper-gold sulfide ores. Their formulation as raw liquid reagents allows for precise dosing and enhanced flotation performance. With no associated hazard classification and the ability to be transported by sea, these reagents offer significant advantages in terms of safety, logistics, and overall process optimization. Utilizing these flotation reagents is essential for any mining operation aiming to maximize metal recovery and maintain sustainable processing practices.

Features:

• Product Name: Flotation Reagents
• Product Type: Flotation Reagents
• Usage: Raw Liquid Reagent Dosing
• Special Features: Selective And High-capacity Collectors
• Use: Copper-gold Sulfide Ore
• Transportation: By Sea
• Contains Isopropyl Ethyl Thionocarbamate for enhanced flotation performance
• Effective Flotation Reagents designed to improve mineral recovery
• Isopropyl Ethyl Thionocarbamate ensures selective separation in ore processing

Technical Parameters:

Applications:

The flotation reagents produced by KS, model number 90%, are specially designed for use in the mining and mineral processing industries. Originating from China, these reagents stand out due to their selective and high-capacity collectors, which significantly enhance the efficiency of flotation processes. The product is a raw liquid reagent dosing solution, making it highly convenient for precise application in various mineral extraction operations.

One of the key application occasions for KS flotation reagents is in the treatment of ores where selective separation of valuable minerals from gangue is essential. The reagent's selective nature ensures that target minerals such as sulfides are efficiently collected, improving recovery rates and purity levels. This makes KS flotation reagents particularly suitable for use in copper, lead, zinc, and other sulfide ore beneficiation plants.

Moreover, the KS flotation reagents incorporate IPETC (Isopropyl Ethyl Thionocarbamate), a proven collector that enhances the flotation performance by selectively adsorbing onto the mineral surfaces. IPETC plays a crucial role in increasing the hydrophobicity of the mineral particles, thereby facilitating their separation during the flotation process. The inclusion of IPETC in the reagent formulation ensures higher capacity and selectivity, which are critical for achieving optimal flotation results.

In practical scenarios, KS flotation reagents are used in both batch and continuous flotation cells, adaptable to a variety of operational conditions. Their liquid form allows for easy and accurate dosing, which is vital for maintaining consistent reagent concentrations in flotation circuits. Additionally, the reagent is classified as having no hazard class, making it safer to handle and apply compared to more hazardous chemical agents in mineral processing.

The product’s vapor density is not applicable, which indicates minimal volatility and reduced risk of airborne contamination during usage. This characteristic is particularly advantageous in enclosed flotation plants where worker safety and environmental considerations are paramount.

Overall, KS flotation reagents with IPETC are ideal for mining enterprises seeking to improve mineral recovery efficiency without compromising on safety and environmental compliance. Their selective and high-capacity collecting ability makes them indispensable in modern mineral processing operations, ensuring that valuable minerals are effectively separated from waste material across a wide range of flotation applications.