Flotation Reagents

SelectiveMineral Separation

Hebe Mining Tech develops integrated flotation reagent systems for fluorite and oxide minerals. We combine collectors, depressants, modifiers and field support to balance concentrate grade, recovery, reagent dosage and environmental constraints.

Mineral Selectivity

Responding to complex ores with selective chemistry

The core of flotation is to create stable and measurable differences between minerals with similar surface behavior. Built on fluorite application data and oxide-mineral surface chemistry, Hebe evaluates collection, depression, froth behavior and flowsheet conditions as one system.

Metallurgical Method

A disciplined route for different ore bodies

From ore characterization and reagent screening to plant adjustment, Hebe uses a consistent technical route to solve mineral separation challenges.

OreReagent + Flowsheet + Data
01

Ore response analysis

Identify flotation conflicts in low-grade ores, fine dissemination, carbonate gangue and silicate gangue systems.

02

Collector and depressant package

Balance target-mineral recovery and gangue entrainment through collector-depressant chemistry.

03

Open-circuit and continuous verification

Evaluate value through concentrate grade, recovery, tailings grade, impurity control and reagent consumption.

04

On-site adjustment

Optimize reagent scheme, froth condition and plant stability within the existing flowsheet.

Product Portfolio

Reagent systems for complex ores

With fluorite as a mature application base, Hebe extends its reagent platform to scheelite, ilmenite, apatite and spodumene flotation. Each product is built around mineral surface response, froth behavior, impurity control and plant continuity.

Plant Trials

Let continuous plant data guide the decision

Hebe follows plant indicators within the actual flowsheet: concentrate grade, impurity levels, tailings grade, throughput and reagent dosage. The home page shows the trial framework; detailed cases are presented on dedicated pages.

FluoriteContinuous production verification on a high-silica low-grade ore
ScheelitePlant-pulp rougher verification for recovery and enrichment balance
IlmeniteVerification focused on cleaner efficiency and operating stability
ApatiteLow-temperature flotation and gangue rejection scenarios
Abstract visual of plant flotation verification
Plant verification is based on continuous shift data, including grade, tailings performance and reagent dosage.
Abstract visual of fluorite flotation
Selective chemistry keeps collection and depression balanced within one flowsheet.

Plant Workflow

Moving lab conclusions into continuous operation

Within plant constraints, Hebe tracks concentrate grade, impurity control, tailings loss and reagent consumption over time.

01Ore Characterization

CaF2, CaCO3, SiO2 and liberation relationship

02Reagent Package

Collector and supporting depressant scheme

03Open-Circuit Test

Grade, recovery, tailings grade and impurity control

04Plant Adjustment

Tracking dosage and stability in the operating flowsheet

Abstract visual of oxide-mineral flotation reagent platform

Integrated Capability

R&D, production and quality systems for long-term service

Hebe has capabilities in flotation reagent development, production and technical service, forming an integrated route from reagent R&D and laboratory evaluation to quality control and plant application.

9200m2 plant area
25000t/a production capacity
12invention patents
37utility model patents

Contact Hebe

Let ore samples and plant data speak first

Discussions can start from ore samples, existing reagent schemes, flotation flowsheets, plant indicator fluctuations and cost targets. Hebe will provide measured, data-based and executable technical recommendations.

Luoyang Hebe Mining Tech Co., Ltd.

Website: lyhebai.com

Tel: +86 156 0399 0281

Email: hao.song@lyhebai.com

Address: North Zone, Advanced Manufacturing Base, Jili District, Luoyang, Henan, China