Amino Dithiophosphate Gold Flotation Reagents Mining Flotation Chemicals Collector

Description:
Amino-Dithiophosphate serves as a high-performance flotation collector specifically designed for sulfide ores, with special efficacy in separating intricate polymetallic sulfide ores. This product presents as a white solid powder, containing a minimum of 95.0% of the active component, Dianilinodithiophosphoric acid. It is characterized by minimal impurities and a water-insoluble content not exceeding 0.5%. This reagent offers outstanding collecting capability and distinct selectivity under acidic to slightly acidic conditions. Its primary application lies in the separation flotation of lead-zinc sulfide ores from impurities like pyrite and chalcopyrite.

Specifications:

Characteristics & Applications:

1. Within an acidic pH range (3-6), Amino-Dithiophosphate displays potent selectivity in collecting lead and zinc sulfide minerals, allowing for effective partitioning in lead-zinc-sulfur and copper-sulfur ore systems. Its molecular architecture, featuring dithiophosphate and aniline functional groups, acts cooperatively to generate durable hydrophobic coatings on mineral surfaces, substantially boosting the recovery rate of valuable minerals during flotation.

2. 1. This collector has a limited effect on pyrite, successfully inhibiting its flotation in acidic pulp. This minimization of pyrite interference aids in achieving superior quality lead-zinc concentrates with enhanced grade.

   2. The product exhibits favorable froth-modifying characteristics, producing a consistent and manageable foam bed that assists in stabilizing the flotation hydrodynamics, avoids launder overflows, and upgrades separation efficacy.

   3. It shows minimal sensitivity to fluctuations in slurry temperature, ensuring consistent flotation results regardless of seasonal or geographic variations, which is ideal for sustained industrial operations.
      Main Benefits:

   4. Superior selectivity in collecting lead-zinc sulfide ores within acidic pulp media, coupled with robust adaptability.

   5. Potent inhibition of gangue minerals like pyrite, leading to concentrates of higher purity.

   6. Consistent froth characteristics for straightforward process management, compatible with diverse flotation machinery.

   7. High chemical stability, enabling easy storage and handling, thereby assisting in lowering operational expenses.

   8. Especially effective for the separation flotation of challenging polymetallic sulfide ores, optimizing metal recovery rates.