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| اسم العلامة التجارية: | KS |
| رقم الموديل: | 90% |
Flotation Reagents play a crucial role in the mining and mineral processing industries, enabling the efficient separation and recovery of valuable minerals from ores. Among these flotation reagents, Isopropyl Ethyl Thionocarbamate stands out as a highly effective chemical agent, characterized by its distinctive appearance as a yellow oily liquid. This reagent is widely recognized for its ability to enhance the flotation process through selective and high-capacity collector properties, making it indispensable for various flotation applications.
The primary usage of Isopropyl Ethyl Thionocarbamate is as a raw liquid reagent dosing agent. In flotation operations, precise dosing of reagents is vital to optimize the interaction between the reagent and the mineral particles. When added in controlled amounts, this yellow oily liquid reagent effectively binds to the surface of specific minerals, increasing their hydrophobicity. This selective binding promotes the attachment of valuable mineral particles to air bubbles, facilitating their separation from the gangue material. The result is an improved recovery rate and higher concentrate grade, which are essential for maximizing the economic value of mineral processing.
One of the standout features of Isopropyl Ethyl Thionocarbamate as a flotation reagent is its selective and high-capacity collector properties. Unlike general collectors, this reagent exhibits a remarkable ability to target specific mineral types, ensuring that only desired particles are floated while minimizing the inclusion of unwanted materials. This selectivity is critical in complex ore bodies where multiple minerals coexist, and precise separation is required to achieve high-purity concentrates. Furthermore, the high-capacity nature of this reagent means that it can interact with a larger surface area of mineral particles, increasing flotation efficiency and reducing reagent consumption.
Despite the effectiveness and potency of Isopropyl Ethyl Thionocarbamate, it is noteworthy that it belongs to a hazard class of none, indicating its relatively safe handling and application when used according to recommended guidelines. This safety profile makes it a preferred choice among flotation reagents, as it reduces the risks associated with chemical handling in industrial environments. Operators and technicians can work with this reagent while maintaining a focus on safety and environmental compliance.
In terms of physical properties, Isopropyl Ethyl Thionocarbamate’s yellow oily liquid appearance facilitates easy visual identification during storage and usage. Its physical consistency allows for straightforward dosing and mixing within flotation circuits. Additionally, the vapor density attribute is marked as not applicable, which suggests that the reagent does not pose concerns related to vapor hazards or volatility, further contributing to its safe handling characteristics.
Overall, the incorporation of Isopropyl Ethyl Thionocarbamate within the suite of flotation reagents offers a powerful solution for mineral processing challenges. Its selective and high-capacity collector capabilities combined with a safe hazard classification and convenient physical properties make it an invaluable component for flotation operations. Mining companies and mineral processors seeking to improve recovery rates, concentrate quality, and operational safety will find this reagent an optimal choice for their flotation reagent dosing needs.
In conclusion, Isopropyl Ethyl Thionocarbamate represents a sophisticated flotation reagent designed to meet the demanding requirements of modern mineral processing. Its yellow oily liquid form, specialized usage as a raw liquid reagent dosing agent, and exceptional selective collector features underscore its importance in achieving efficient and effective flotation performance. With no associated hazard class and a vapor density that is not applicable, it ensures both high operational efficiency and safety, reinforcing its status as a preferred flotation reagent in the industry.
| Usage | Raw Liquid Reagent Dosing |
| Hazard Class | None |
| Appearance | Yellow Oily Liquid |
| Application Areas | Mining And Mineral Processing Industries |
| Special Features | Selective And High-capacity Collectors |
| Vapor Density | Not Applicable |
| Active Substance | ≥ 65.0 % |
| Property | General Reagent |
| Material | Gold / Copper Mine |
| Moisture | 4% Max |
The KS Flotation Reagents, model number 90%, originating from China, are specialized chemicals designed for use in the mining and mineral processing industries. These flotation reagents contain an active substance concentration of ≥ 65.0%, ensuring high efficiency and reliability in various flotation processes. The product is supplied in a raw liquid reagent dosing form, which allows for precise application and optimal performance in the separation of valuable minerals from ores.
One of the primary application occasions for KS Flotation Reagents is during the beneficiation of sulfide ores. The reagent, which includes the active compound IPETC (Isopropyl Ethyl Thionocarbamate), plays a crucial role as a collector in the flotation process. IPETC is well-known for its selective binding properties, which enhance the recovery of target minerals such as copper, lead, and zinc while minimizing the flotation of unwanted gangue materials. This selective flotation is essential for improving the purity and yield of the final concentrate, making KS Flotation Reagents indispensable in modern mineral processing plants.
KS Flotation Reagents are particularly suited for large-scale mining operations where transportation logistics are a key consideration. The product is conveniently shipped by sea, enabling cost-effective delivery to mining sites worldwide. Its stable raw liquid form simplifies dosing and integration into existing flotation circuits, allowing operators to maintain consistent reagent levels and optimize flotation efficiency under varied processing conditions.
In addition to mining and mineral processing, KS Flotation Reagents find application in various scenarios requiring the separation of fine particles based on surface chemistry differences. These include the treatment of complex ores and tailings where conventional methods fail to achieve satisfactory recovery rates. The presence of IPETC enhances the reagent’s performance by improving the hydrophobicity of mineral surfaces, thus facilitating better attachment to air bubbles and improved floatability.
Overall, KS Flotation Reagents with 90% purity and a high active substance content of ≥ 65.0% provide a reliable and effective solution for flotation challenges in the mining sector. Their application ensures higher mineral recovery, reduced processing costs, and improved environmental outcomes, making them a preferred choice for mining companies worldwide seeking advanced flotation solutions incorporating IPETC, Isopropyl Ethyl Thionocarbamate.
