IPETC: A Versatile Solution for Efficient Sulfide Ore Flotation

• Customization: Available
• Appearance: Liquid
• Usage: Mining Flotation
• Model NO.: IPETC
• Color: Brown
• Transport Package: IBC
• Specification: Standard
• Trademark: Y&X
• Origin: China

Product Description

Introduction

Flotation remains a cornerstone of mineral processing, particularly for the recovery of non-ferrous metal sulfides like copper, lead, zinc, and molybdenum. Achieving high recovery rates with minimal interference from gangue minerals is critical for operational success. IPETC (Isopropyl Ethyl Thionocarbamate), a powerful and selective flotation collector, has proven to be a game-changing solution for improving flotation efficiency.

Its ability to selectively bind to sulfide ores while minimizing frothing ensures cleaner concentrates, reduced costs, and improved metallurgical performance. IPETC's low toxicity and environmentally conscious formulation make it a preferred choice for modern flotation systems.

 

1. Product Highlights

• Product Name: IPETC
• Form: Yellow to reddish-brown transparent oily liquid
• Recommended Dosage: Direct addition of the original solution; typical usage 5-100 g/t depending on ore type.
• Application: Effective for copper, lead, zinc, molybdenum sulfides, and gold-bearing sulfide ores.

 

2. Key Applications

IPETC is widely recognized for its superior performance across various flotation operations:

A. Copper Sulfide Flotation

• IPETC is highly effective in the flotation of copper-bearing sulfides like chalcopyrite.
• It ensures strong and selective recovery while minimizing contamination from gangue minerals.

B. Lead-Zinc Separation

• In polymetallic ores, IPETC aids in the selective flotation of lead sulfide minerals.
• When used strategically, it suppresses interference from zinc sulfides, improving the lead concentrate quality.

C. Molybdenum Recovery

• For molybdenum sulfide flotation, IPETC enhances recovery rates and ensures better separation performance in complex ore systems.

D. Gold-Associated Sulfides

• Gold-bearing sulfides such as pyrite can be selectively targeted using IPETC, improving gold recovery and concentrate grades.

E. Polymetallic Ore Systems

• IPETC's adaptability to mixed sulfide ore systems ensures efficient separation and recovery of multiple valuable minerals in a single flotation circuit.

 

3. Advantages of IPETC

1. Strong Selectivity

• Targets sulfide minerals like copper, lead, zinc, and molybdenum without excessive gangue mineral flotation.

2. Efficient Mineral Recovery

• Delivers high recovery rates across complex and low-grade ores, ensuring maximum resource utilization.

3. Low Frothing Characteristics

• Unlike conventional collectors, IPETC generates minimal froth, simplifying flotation operations and improving process stability.

4. Versatile Performance

• Works under a broad range of pH conditions, from neutral to alkaline environments, adapting seamlessly to different flotation systems.

5. Cost-Effective Solution

• Requires low dosages (5-100 g/t) for effective performance, reducing overall reagent consumption and costs.

6. Environmentally Conscious

• Formulated to meet modern environmental standards, with low toxicity and minimal residue in tailings.

 

4. Operational Recommendations

To achieve optimal flotation results, use IPETC as follows:

1. Dosage

   • Start with 5-100 g/t, adjusting based on ore type, flotation test results, and process conditions.

2. Application Point

   • Add IPETC as an original solution during the conditioning or flotation stages to ensure even distribution.

3. Flotation Conditions

   • Works best in neutral to slightly alkaline pH environments (pH 7-9). Adjust reagent dosage and conditions for specific ore types.

4. Combination with Other Reagents

   • Combine IPETC with frothers and depressants as needed to improve selectivity and achieve cleaner concentrate grades.

 

5. Environmental and Safety Guidelines

IPETC is designed to align with safety and environmental requirements:

• Safe Handling:

  • Avoid direct contact with skin and eyes. Use protective gloves, goggles, and appropriate work clothing.
  • Work in well-ventilated areas to minimize dust or vapor formation.

• Storage:

  • Store in a cool, dry, and well-ventilated place away from strong oxidizing or reducing agents.
  • Keep away from heat sources, flames, and direct sunlight.

• Environmental Compliance:

  • The majority of IPETC binds to the concentrate and breaks down during further processing. Proper tailings management ensures environmental safety.

 

6. Packaging and Shelf Life

• Packaging:

  • 200 kg per drum
  • 1000 kg per IBC drum

• Shelf Life:

  • Stable for 24 months when stored under appropriate conditions.

 

7. Why Use IPETC?

IPETC combines high efficiency, selectivity, and operational flexibility, making it a leading choice for flotation collectors:

• Improved Recovery Rates: Ensures maximum recovery of copper, lead, zinc, and molybdenum sulfides.
• Clean Concentrates: Strong selectivity minimizes gangue mineral interference for higher-grade products.
• Low Frothing: Reduces excessive foam, simplifying process control and improving flotation efficiency.
• Adaptability: Performs reliably under neutral to alkaline conditions and across various ore types.
• Environmental Safety: A modern, low-toxicity alternative that aligns with environmental compliance standards.

 

Conclusion

IPETC is an advanced and versatile flotation collector that delivers superior performance in the recovery of non-ferrous sulfide minerals such as copper, lead, zinc, and molybdenum. Its strong selectivity, low frothing characteristics, and environmental safety make it an essential reagent for modern mineral processing operations.

By integrating IPETC into your flotation processes, you can achieve higher recovery rates, cleaner concentrates, and lower operational costs, all while meeting environmental and safety standards.

IPETC - The Smart Choice for Efficient and Sustainable Mineral Flotation.