Supports phosphate and collophane reverse flotation with stronger selectivity, moderate foam and room-temperature.
Phosphate Reverse Flotation Collector belongs to QINGQUAN's Flotation Reagents range. The page brings together product appearance, application value, operating guidance, technical data and packaging information for quotation support.
Supports phosphate and collophane reverse flotation with stronger selectivity, moderate foam and room-temperature operation versus traditional fatty-acid routes.
Use the product nature, application scope, specification reference and handling guidance to prepare quotation, sample and technical document requests.
Light-yellow liquid with slight irritating odor.
Soluble in water.
Strong collecting ability and frothing performance.
Can be used for phosphate and collophane reverse flotation, including magnesium-related phosphate flotation.
Room-temperature flotation, moderate foam, and better collecting performance and selectivity than traditional fatty-acid collectors.
Send the application, quantity and destination to request the corresponding TDS, MSDS, COA and packaging information.
Share ore type, flotation process, current reagent and target index to request product-specific TDS, MSDS, COA and quotation information for Phosphate Reverse Flotation Collector.
For Phosphate Reverse Flotation Collector, include ore type, process route, current reagent, dosage, pH, temperature, target recovery or grade, sample availability and document needs.
Compare products in the same application field before sending technical data for selection support.
Forms dense, stable foam in fine coal flotation to help improve clean coal yield, control ash and keep dosage low across changing operating conditions.
View details →
Helps copper, lead, zinc and other ore circuits build stable, fluid foam so concentrators can balance recovery, grade and reagent consumption.
View details →
Strengthens hydrophobic collection in coal flotation, especially for fat coal and coking coal, supporting selectivity and low-temperature operation.
View details →