Belt Linear Screens
The DELKOR belt linear screen is primarily suited to scalping coarse oversize or trash material from process slurries. Vacuum assisted operation is available as an enhanced option.
The DELKOR belt linear screen was developed through extensive test work to solve a major problem in the CIP/CIL process – the effective removal of waste material from slurries.
The unit is capable of screening between 150 and 2,000 microns, and is widely accepted by the mining industry for the removal of tramp material from fine mineral or chemical slurries.
The DELKOR belt linear screen operates with no vibration. This prevents realignment of oversize material with the cloth aperture, ensuring retention of all oversize material. This results in 98.1 % removal of wood fibre as measured on site by a mining group’s research laboratory.
- We design, fabricate and supply a wide-range of belt linear screens that are capable of screening between 150 µm and 2,000 µm and are widely accepted by the mining industry for the removal of tramp material from fine mineral or chemical slurries
- Primarily suited to scalping coarse oversize material from process slurries
- Zero vibration operation prevents realignment of oversize material with the cloth aperture, ensuring retention of all oversize material
- Our belt linear screens were developed as a result of extensive test work emanating from a requirement to solve a major problem in the Carbon-in-Pulp (CIP)/Carbon-in-Leach (CIL) process - the effective removal of waste material from slurry
APIC JigsDELKOR’s industry-leading jig technology offers a cost-effective solution for separating valuable products from waste material, to produce clean, saleable products.
BQR Flotation CellsOur new generation DELKOR BQR flotation cells, equipped with our latest MAXGen mechanism, achieve superior metallurgical performance and assist in maximizing metal recovery. DELKOR BQR flotation cells achieve optimum operation through improved particle-bubble interaction, faster flotation kinetics and precise froth level controls.