Isopropyl Ethyl Thionocarbamate Excellent Performance with Free Alkali 0.5% Max

Product Description:

One of the key special features of these Flotation Reagents is their selective nature, allowing for the efficient separation of desired minerals from the ore. Additionally, they are high-capacity collectors, meaning they can effectively capture a significant amount of target minerals during the flotation process.

With a Ph range of 6-9, these Flotation Reagents are optimized to perform well within the typical acidity levels found in mineral processing environments. Maintaining the Ph within this range is crucial for achieving optimal flotation results and maximizing mineral recovery.

Furthermore, these Flotation Reagents have a Free Alkali content of 0.5% Max, ensuring that the chemical composition meets strict quality standards and minimizes any adverse effects on the flotation process. The low Free Alkali content indicates a high level of purity and quality control in the manufacturing of these reagents.

In summary, the Flotation Reagents featuring IPETC technology are a reliable and efficient solution for enhancing yield in Scheelite processing. Their classification as a Standard Substance underscores their proven performance in the field of mineral flotation. The selective and high-capacity collectors present in these reagents make them ideal for separating target minerals effectively.

The Ph range of 6-9 aligns with the optimal conditions for mineral flotation, ensuring consistent and reliable performance in various mining operations. Additionally, the low Free Alkali content of 0.5% Max demonstrates the high quality and purity of these Flotation Reagents, further enhancing their effectiveness in mineral processing.

Overall, the Flotation Reagents with IPETC technology offer a comprehensive solution for improving mineral yield, particularly in the case of Scheelite. Their specialized features and quality attributes make them a preferred choice for mining companies looking to optimize their flotation processes and maximize the recovery of valuable minerals.

Features:

• Product Name: Flotation Reagents
• Delivery Quantity: 18 Tons
• Free Alkali: 0.5% Max
• pH: 6-9
• Active Content: Thionocarbamate
• Special Features: Selective And High-capacity Collectors

Technical Parameters:

Applications:

Flotation Reagents by KS are a vital component in the mineral processing industry, offering a high-quality solution for various scenarios. The Model Number 90% ensures a potent formula that is effective in numerous applications. Originating from China, these reagents are known for their reliability and consistency.

With a validity of 12 months, users can trust in the long-lasting performance of the Flotation Reagents. The boiling point range of 100-150°C allows for versatile usage in different temperature conditions, making it a versatile product suitable for various operations.

One of the standout features of these reagents is their selective and high-capacity collectors, providing efficiency in separating desired minerals from ore. The inclusion of Isopropyl Ethyl Thionocarbamate (IPETC) further enhances the performance, ensuring optimal results in flotation processes.

The pH range of 6-9 makes these reagents suitable for a wide range of environments, offering flexibility in application. Additionally, the availability of samples allows users to test the product before committing to larger quantities, ensuring satisfaction with the performance.

Flotation Reagents by KS are ideal for various occasions and scenarios in the mining and mineral processing industry. Whether it's in the recovery of precious metals, base metals, or industrial minerals, these reagents offer a reliable and effective solution. The high-quality formula, coupled with the special features of selective and high-capacity collectors, makes them a preferred choice for flotation processes.

Overall, the Flotation Reagents by KS are a dependable product with a proven track record in delivering excellent results. Their origin from China, potent formula, and special features make them a valuable asset in mineral processing operations.