U-TE-15 Paste Thickener 15m Diameter Tailing Sedimentation Thickener Equipment
Center drive thickener is consist of cycle tank, rake and drive unit. The bottom of thickener is sloping cone, slope degree: 6°~12°. Normally, the tank is make by concrete, diameter is small, which can also use steel plate. Overflow chute is on the internal side of wall of tank. The vertical column in the center of tank is connected with rake device, which is consisted with rake arm, rake blade and fasten rods. Two rake rams vertical a cross. In order to discharge the settling product on the tank bottom completely, the rake blade mount on the ram with 30° sloping degree. Vertical column is on the inside hole of screw gear. Due to the location function of connecting key, the vertical column only move up and down along the screw gear shaft.
Combined with hi-efficient thickener principle and design philosophy, the unit area capacity increased, good dewatering efficiency, easy to achieve hi-efficient operation.
Center buffing and deep slurry feeding, no feeding impact |
Center hydraulic drive, with automatic rake protection |
Adopt central reversal cone hopper, tailings squeezed twice, density of tailings increased, more stable. |
Reasonable slurry reforming structure, increase the concentration efficiency |
Surrounding overflow chute design, effective settling area increased, overflow liquid is more purity. |
Mult-points flocculant adding |
Adopt heavy pivoting support, durability and trouble-free operation |
Q: What is the brand name of the thickener equipment?
A: The brand name of the thickener equipment is UNIVEE.
Q: What is the model number of the thickener equipment?
A: The model number of the thickener equipment is U-TE.
Q: Where is the thickener equipment manufactured?
A: The thickener equipment is manufactured in China.
Q: What are the applications of the UNIVEE U-TE thickener equipment?
A: The UNIVEE U-TE thickener equipment is widely used in various industries such as mining, metallurgy, chemical engineering, and environmental protection for solid-liquid separation.