NFLG Dry mining equipment and machinery (Dry Processing Plants) are supplied in two different range of:
Dry Processing Plants (DPP™), configured for dry processing of placer(alluvial applications)
Dry Processing Plants (DPH™), configured for dry processing of primary(hard rock applications)
NFLG Dry Processing Plants are supplied in fourteen models, with processing capacities of 50 tons/ hour up to 450 tons /hour of dry ore, per single plant.
Dry mining equipment and machinery Application
NFLG Dry mining equipment and machinery (Dry Minerals Processing Plants) are designed and configured for classification, concentration, separation and recovery of metals and minerals concentrate in dry mode and without the use of water. Dry processing has many advantages over wet processing except when water is actually required prior to concentration and separation. NFLG Dry mining / Dry Processing Plants (DPP™) and (DPH™) are designed and configured for concentration, separation & recovery of Diamonds, Color Gemstones, Gold, other precious metals, Base metals, Ferrous metals, Light metals and other heavy minerals, either from placer (Alluvial) deposits, or primary (hard rock) applications.
NFLG Dry mining equipment and machinery (Dry Processing Plants) are supplied either as portable/ Mobile or semi-stationary plants. The ore feeding is accomplished by earth moving equipment ( i.e. excavator or Loader), directly into the hopper of the Dry Trommel Component of the (DPP™) range, or continuously by conveyer from the crushing plant to the Dry Screener of the (DPH™) dry Processing Plants.
NFLG Dry mining equipment and machinery (Dry Processing Plants) are supplied in two different range of (DPP™), configured for Dry Processing of placer /Alluvial deposits, or the (DPH™) range, configured for Dry processing of primary deposits/hard rock. In the event of placer (alluvial) deposits, the (DPP™) is installed as is. In the event of primary deposits, the Dry Trommel is removed and the (DPH™) is in stalled, after the rock reduction (Crushing/Screening/Grinding) Plant. The crushed ore is feed into the (DPH™) screener module, directly by the conveyer system.
Dry mining equipment and machinery Advantages
The Dry mining equipment and machinery (Processing Plants) produce higher grade products with less concentrate loss than wet concentration methods.
NFLG Dry-Processing Plants may be located anywhere, regardless of water supply. There are no water to pump or bring from a distance, there by eliminating the cost of pipes, pump sand relate overheads.
In most cases Dry Processing Plants increase capacity, cuts down number of units and space necessary, resulting in smaller and less expensive plants with lower power costs.
Due to greater sensitivity to slight differences in density of the particles, DPP™ Processing Plant will successfully treat ores which are not amenable to wet concentration, in the Gravity Separation methods.
Dry ore may be efficiently separated at the economical releasing point of the minerals, thus making resulting products are dry and are handles, shipped and marketed at less cost than wet Processing methods. Since no water is needed to produce separation, climatic conditions not affect efficient operation.
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Dry Mining Equipment and Machinery, Dry Processing Plants
NFLG Dry mining equipment and machinery (Dry Processing Plants) are supplied in two different range of:
Dry Processing Plants (DPP™), configured for dry processing of placer(alluvial applications)
Dry Processing Plants (DPH™), configured for dry processing of primary(hard rock applications)
NFLG Dry Processing Plants are supplied in fourteen models, with processing capacities of 50 tons/ hour up to 450 tons /hour of dry ore, per single plant.
Dry mining equipment and machinery Application
NFLG Dry mining equipment and machinery (Dry Minerals Processing Plants) are designed and configured for classification, concentration, separation and recovery of metals and minerals concentrate in dry mode and without the use of water. Dry processing has many advantages over wet processing except when water is actually required prior to concentration and separation. NFLG Dry mining / Dry Processing Plants (DPP™) and (DPH™) are designed and configured for concentration, separation & recovery of Diamonds, Color Gemstones, Gold, other precious metals, Base metals, Ferrous metals, Light metals and other heavy minerals, either from placer (Alluvial) deposits, or primary (hard rock) applications.
NFLG Dry mining equipment and machinery (Dry Processing Plants) are supplied either as portable/ Mobile or semi-stationary plants. The ore feeding is accomplished by earth moving equipment ( i.e. excavator or Loader), directly into the hopper of the Dry Trommel Component of the (DPP™) range, or continuously by conveyer from the crushing plant to the Dry Screener of the (DPH™) dry Processing Plants.
NFLG Dry mining equipment and machinery (Dry Processing Plants) are supplied in two different range of (DPP™), configured for Dry Processing of placer /Alluvial deposits, or the (DPH™) range, configured for Dry processing of primary deposits/hard rock. In the event of placer (alluvial) deposits, the (DPP™) is installed as is. In the event of primary deposits, the Dry Trommel is removed and the (DPH™) is in stalled, after the rock reduction (Crushing/Screening/Grinding) Plant. The crushed ore is feed into the (DPH™) screener module, directly by the conveyer system.
Dry mining equipment and machinery Advantages
The Dry mining equipment and machinery (Processing Plants) produce higher grade products with less concentrate loss than wet concentration methods.
NFLG Dry-Processing Plants may be located anywhere, regardless of water supply. There are no water to pump or bring from a distance, there by eliminating the cost of pipes, pump sand relate overheads.
In most cases Dry Processing Plants increase capacity, cuts down number of units and space necessary, resulting in smaller and less expensive plants with lower power costs.
Due to greater sensitivity to slight differences in density of the particles, DPP™ Processing Plant will successfully treat ores which are not amenable to wet concentration, in the Gravity Separation methods.
Dry ore may be efficiently separated at the economical releasing point of the minerals, thus making resulting products are dry and are handles, shipped and marketed at less cost than wet Processing methods. Since no water is needed to produce separation, climatic conditions not affect efficient operation.