| Customization: | Available |
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| Appearance: | Liquid |
| Usage: | Mining Flotation |
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The flotation process is a crucial part of mineral extraction, especially for non-ferrous metals such as copper, lead, zinc, and molybdenum. IPETC, a highly effective flotation collector, offers enhanced metal recovery while providing selectivity and efficiency in flotation processes. This innovative reagent is designed to help mining operations optimize their flotation performance and achieve higher-grade concentrates.
Product Name: IPETC
Appearance: Yellow to reddish brown transparent oily liquid
Usage: IPETC is added to the flotation solution, with a recommended dosage of 5-40g/ton, depending on ore characteristics and flotation conditions.
Application: As a flotation collector, IPETC is used primarily for non-ferrous metal sulfides, including copper, lead, zinc, and molybdenum sulfides. It offers superior selectivity and separation performance, making it a top choice for flotation processes that require high efficiency.
Exceptional Selectivity for Non-Ferrous Metal Sulfides
IPETC is highly selective for non-ferrous metal sulfides like copper, lead, zinc, and molybdenum. This selective collecting power ensures that valuable metals are effectively separated from gangue minerals, leading to higher-quality concentrates.
Improved Recovery Rates
One of the key benefits of IPETC is its ability to enhance metal recovery during flotation. By improving the separation of valuable metals, IPETC increases the overall efficiency of the flotation process and maximizes the recovery of copper, lead, zinc, and molybdenum.
Weak Collecting Capacity for Pyrite
Pyrite, a common gangue mineral, can interfere with the flotation of valuable metals. Fortunately, IPETC has a weak collecting ability for pyrite, which reduces its flotation and minimizes the risk of contamination, ensuring purer concentrates with fewer impurities.
Stable Performance Across pH Variations
Whether in acidic or alkaline flotation conditions, IPETC remains stable and effective. This ensures reliable performance in a variety of flotation environments, making it suitable for different ore types and processing conditions.
Eco-Friendly Solution
IPETC is designed with environmental sustainability in mind. The reagent binds with the concentrate and is destroyed in subsequent processing stages. The remaining residue is safely transferred to tailings, reducing environmental contamination. However, it is important to prevent its release into water systems to avoid environmental impact.
The active components of IPETC include:
While IPETC is not considered hazardous, proper handling is essential:
IPETC has minimal environmental impact. The majority of the reagent is bound to the concentrate during the flotation process and is broken down during further processing. The remaining product is transferred to tailings. However, IPETC should not be released into water systems to prevent contamination.
IPETC provides an advanced solution for non-ferrous metal flotation, offering superior recovery rates, selectivity, and environmentally responsible properties. By choosing IPETC, mining companies can enhance their flotation processes, reduce reagent usage, and improve metal recovery, all while contributing to a more sustainable mining industry.
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