Hard Rock Gold Mining

Vibrating Grizzly feeder

Apexx Grizzly Feeders are robust in design with capacity from 15 TPH to 50 TPH. They are very well engineered for conveying mass material with minimum down time and

Jaw Crusher

Apexx Jaw Crushers are engineered for the toughest feed materials. Our Jaw Crushers are more productive, Cost effective and with easy maintenance. We have the capacity range from

Virating Screen

Apexx offers you Vibrating Screens with sizes from 3’ x 5’ to 5’ x 16’ (up to 4 decks available). Designed for heavy scalping, high screening and carry more load with increased bearing life.

Ball Mill

Apexx brings forth the highly advanced Ball Mills, specifically engineered for both wet as well as dry grinding applications. These mills are classified from 15 TPH to 50 TPH depending upon circuit

Apexx slurry storage tanks are available with a wide range of capacities from 50 m³, 100 m³, 150 m³, up to 200 m³. After ball mill, the slurry will be pumped to the slurry storage tanks, the agitator of tank will work constantly

Concentrator

Apexx provides Semi-Continuous Gravity Concentrator with maximum solids feed capacities ranging from 150 TPH to 400 TPH. These Concentrators are designed to achieve optimum circuit performance.

Hydro Cyclone

By installing CVX series Single Hydro cyclone or a gang of multiple Hydro Cyclones, Hydro Cyclones provided byApexx are known for its efficiency, reliability, and performance in particle size

High Rate Thickener

Apexx provides 50 TPH Elevated steel fabricated High-Rate Thickeners for liquid-solid separation used for recovering immediately reusable process water or separating solids for leaching.

Leaching Tank

Apexx offers 150 m³ complete leaching plant respective to finest Gold recovery process. These tanks are designed to achieve optimal gold recovery with minimal impact on the environment. ...The gold cyanide leaching process enables sustainable and cost-effective gold recovery. Our goal of leaching process is to selectively bring a desired mineral into solution in order to efficiently separate it from the solid waste material.