Platelet & Soft Particle Control

Control Weak and Flaky Particles Before They Enter the Circuit

Platelets, flaky particles, and soft grains have lower structural stability than well-formed carbon particles. They are more likely to break during transport, circuit agitation, and regeneration, increasing the risk of fines generation and screen-related operating problems.

YICARB Approach: Raw-material selection, controlled crushing, polishing, and particle grading are used to improve particle uniformity and limit weak or irregular particles before packaging.

Control Weak and Flaky Particles Before They Enter the Circuit

Platelets, flaky particles, and soft grains have lower structural stability than well-formed carbon particles. They are more likely to break during transport, circuit agitation, and regeneration, increasing the risk of fines generation and screen-related operating problems.

YICARB Approach: Raw-material selection, controlled crushing, polishing, and particle grading are used to improve particle uniformity and limit weak or irregular particles before packaging.

Select the Right Carbon for Your Gold Recovery Circuit
Share your recovery process, current carbon specification, operating conditions, and performance challenges with our team. We will help identify a suitable YICARB AU grade and provide the relevant technical information for evaluation.