AEROPHINE 3189

AEROPHINE® 3189 is a selective phosphinate/dithiophosphinic collector used for the flotation of gold, silver, copper, and complex sulfide ores. It delivers strong adsorption, high selectivity against pyrite, and excellent performance in partially oxidized or difficult-to-treat ore bodies.

AEROPHINE® 3189 

AEROPHINE® 3189 is a high-performance phosphinate/dithiophosphinic collector formulated for the selective flotation of precious metals and complex base-metal sulfides.
Widely recognized for its superior selectivity, strong adsorption, and clean froth characteristics, AEROPHINE® 3189 is used globally in gold, silver, copper, and copper–zinc flotation circuits requiring precise metallurgical control.

Designed for modern mineral processing operations, AEROPHINE® 3189 delivers:
High selectivity against pyrite, pyrrhotite, and iron sulfides
Enhanced recovery of gold, silver, chalcopyrite, and polymetallic sulfides
Improved performance in partially oxidized, transition, and complex ores
Stable activity across a wide pH and pulp chemistry range
Reduced reagent consumption with higher concentrate grade
Cleaner flotation circuits when used alone or as a xanthate booster

AEROPHINE® 3189 is particularly effective in:
• gold–silver flotation plants seeking higher recovery and cleaner concentrate
• copper and copper–zinc circuits requiring selective activation control
• polymetallic and finely disseminated sulfide ores
• operations where xanthates provide insufficient selectivity or grade

Z&Z supplies export-grade AEROPHINE® 3189 with consistent quality, safe industrial packaging, and full global export documentation.
We support concentrators, metallurgical laboratories, and reagent distributors with reliable full-container shipments and complete technical data.

Packaging: Steel drums / IBCs / Export-grade pallets
Documentation: COA, MSDS, Technical Data Sheet available upon request

AEROPHINE® 3189 is trusted in gold, silver, copper, and polymetallic operations across Latin America, Africa, the Middle East, and Asia.