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| Tên thương hiệu: | KS |
| Số mô hình: | 90% |
Flotation Reagents play a crucial role in the mineral processing industry, serving as essential chemicals used to separate valuable minerals from ores through the flotation process. Among the various types of flotation reagents available, IPETC stands out as a highly effective and reliable option widely adopted by industries around the world. With an active substance content of ≥ 65.0%, these flotation reagents ensure optimal performance and efficiency in the flotation process, making them indispensable in the recovery and concentration of minerals.
Flotation is a separation technique that exploits differences in the surface properties of minerals to achieve separation. The role of flotation reagents like IPETC is to modify the surface characteristics of the mineral particles, facilitating the attachment of the targeted minerals to air bubbles, which then rise to the surface and form a froth layer. This froth, rich in valuable minerals, can then be skimmed off for further processing. The effectiveness of flotation reagents directly impacts the recovery rates and purity of the final product, so the quality and composition of these reagents are critically important.
The flotation reagents offered with an active substance content of ≥ 65.0% represent a general reagent class that is versatile and suitable for a wide range of flotation applications. Their high purity and concentration ensure consistent performance, making them ideal for both laboratory and industrial-scale operations. These reagents are formulated to provide excellent selectivity and stability, enabling efficient separation even in complex ore environments. Their general reagent property means they can be tailored or combined with other chemicals to meet specific flotation requirements, enhancing flexibility in mineral processing workflows.
One of the key advantages of these flotation reagents is their safe handling and transportation profile. Classified as hazard class "None," they pose no significant risks during shipping or storage, which simplifies logistics and reduces compliance costs. Transported primarily by sea, these reagents can be delivered efficiently to global markets, supporting mining operations in diverse geographic locations. The absence of hazardous classifications also ensures safer working conditions for personnel involved in the handling and application of the reagents.
IPETC flotation reagents are known for their consistent quality and reliable performance in flotation processes. Their chemical formulation is designed to maximize flotation efficiency by improving the hydrophobicity of mineral surfaces, thus enhancing bubble-particle attachment. This results in improved mineral recovery rates and higher concentrate grades, which are critical for the economic viability of mining operations. The use of such flotation reagents can significantly reduce processing times and operational costs, contributing to more sustainable and profitable mineral processing.
In addition to their functional benefits, flotation reagents with ≥ 65.0% active substance content are easy to integrate into existing flotation circuits. Their general reagent classification means they are compatible with a range of other flotation chemicals, including collectors, frothers, and modifiers. This compatibility allows for the optimization of flotation protocols tailored to specific ore types and processing conditions, ensuring maximum efficiency and resource utilization.
In summary, flotation reagents such as IPETC with an active substance content of ≥ 65.0% are essential components in the flotation process, offering superior performance, safety, and versatility. Their classification as general reagents, non-hazardous nature, and suitability for sea transportation make them an ideal choice for mineral processing industries worldwide. By enhancing the separation and recovery of valuable minerals, these flotation reagents contribute significantly to the advancement of efficient and sustainable mineral beneficiation practices.
| Melting Point | Not Applicable |
| Vapor Density | Not Applicable |
| Active Substance | ≥ 65.0 % |
| Moisture | 4% Max |
| Material | Gold / Copper Mine |
| Transportation | By Sea |
| Hazard Class | None |
| Usage | Flotation |
| Special Features | Selective And High-capacity Collectors |
| Appearance | Yellow Oily Liquid |
The KS Flotation Reagents, model number 90%, are high-quality flotation chemicals originating from China, specifically designed for the efficient processing of copper-gold sulfide ores. This product is characterized by its distinctive yellow oily liquid appearance and contains an active substance concentration of ≥ 65.0%, ensuring superior performance in mineral separation processes. As a raw liquid reagent dosing solution, it is easy to apply and integrate into existing flotation systems, enhancing the recovery rates of valuable metals.
One of the primary application occasions for the KS Flotation Reagents is in mining operations focused on extracting copper and gold from sulfide ores. The reagent's composition, including the key compound IPETC (Isopropyl Ethyl Thionocarbamate), makes it especially effective in selectively attaching to target mineral particles, facilitating their separation from gangue materials. Its use is critical during the flotation stage where metal sulfides are separated from the rest of the ore body, improving overall extraction efficiency and metal yield.
This flotation reagent is particularly suitable for scenarios requiring precise dosing of raw liquid reagents in flotation cells. Its yellow oily liquid form allows for controlled addition, making it ideal for automated reagent dosing systems in large-scale mineral processing plants. The reagent is also applicable in various flotation circuits where copper and gold recovery is prioritized, including both primary and secondary flotation phases.
In addition to mining sites, KS Flotation Reagents can be used in research and development laboratories working on mineral processing techniques, pilot plants testing new flotation methods, and reagent formulation facilities aiming to optimize flotation performance. The presence of IPETC in the reagent plays a crucial role in these scenarios by improving the selectivity towards copper and gold sulfide minerals, thereby reducing impurities and increasing concentrate grade.
Overall, the KS Flotation Reagents with model number 90% represent a versatile and effective solution for copper-gold sulfide ore flotation, combining ease of use with high active substance content and the proven benefits of Isopropyl Ethyl Thionocarbamate. Its origin from China and stable quality make it a reliable choice for mining operations worldwide seeking to enhance mineral recovery and operational efficiency.
