logo
Cases
SOLUTION DETAILS
Home > Cases >
Laboratory Flotation Test Optimizes Flotation Reagent Performance for Mineral Recovery
Events

News

Cases
Contact Us
labmachine@yxbjtech.com
00-86-136 9135 7977
Contact Now

Laboratory Flotation Test Optimizes Flotation Reagent Performance for Mineral Recovery

2026-07-29

Latest company case about Laboratory Flotation Test Optimizes Flotation Reagent Performance for Mineral Recovery

In mineral processing, laboratory flotation tests help mining companies evaluate ore properties, optimize reagent dosage, and improve mineral recovery before large-scale production.

A mining company needed to test different flotation reagent schemes for a new ore sample. The main goal was to find a suitable reagent combination to improve mineral separation efficiency and concentrate quality.

The customer conducted flotation experiments using an XFG Laboratory Flotation Machine. During the test, different conditions including collector dosage, frother dosage, pH value, and flotation time were evaluated.

The XFG flotation machine provided stable operation and reliable test conditions, helping the customer compare different flotation reagent performance and determine a more suitable flotation process.

Through laboratory flotation testing, the customer obtained valuable data for process optimization and future production planning. This testing method is widely used for copper ore, gold ore, lead-zinc ore, fluorite, and other mineral flotation studies.

Equipment Used: XFG Laboratory Flotation Machine

Application: Flotation Reagent Testing / Mineral Processing Laboratory / Ore Beneficiation

Quick link
Home Products About Us News Cases Contact Us
Quick Contact

Address

Building A, Fengke Center, Fengtai District, Beijing, China

Tel

00-86-136 9135 7977

86-187 3863 2141
Our Newsletter
Subscribe to our newsletter for discounts and more.
Privacy Policy |  Sitemap  | China Good Quality Laboratory Rock Crusher Supplier. Copyright © 2022-2026 Y&X Beijing Technology Co., Ltd. . All Rights Reserved.