Annilte tailings screening felt belt performance characteristics

Tailings Screening Felt Belt is designed based on Bygnor’s theory and the principle of fluid film beneficiation, through the action of compound force field (gravity, centrifugal force, friction, etc.), the mineral particles form a fluid film layer on the surface of the felt. Mineral particles of different densities are stratified in the flow film, high-density minerals are retained by the felt, and low-density minerals are discharged with the water flow, thus realizing the recovery of metal minerals in the tailings.

High-quality raw materials and efficient beneficiation
Adopting imported needle felted wool as raw material, the felt is highly absorbent and hydrophobic, which can firmly hang on the ore powder and is not easy to be deformed. The advanced needle felting process improves the fluffiness of the felt, which enhances the effect of ore retention, and the beneficiation rate can be increased by more than 70%.

Seamless skirt design
The combination of seamless skirt and specific slow S curvature ensures that the conveyor belt does not hide, leak, or run materials in use, and the materials are conveyed stably and efficiently.

Durability and long life
The bottom belt is made of virgin rubber imported from Holland, with good flexibility, anti-aging, hydrolysis resistance, excellent flexing, and significantly longer service life. The felt can be activated and reused twice to further reduce the cost.

High softness and precise screening
The high softness of the felt is conducive to the screening of non-ferrous metals, filtering out impurities such as sand and silt, and improving the screening precision.

Advanced technology and structure optimization
Seamless edge design improves the screening effect by more than 50%; the joint adopts automatic temperature control system, which makes it smooth and beautiful; infrared diagonal measurement technology ensures smooth operation without deviation.

Wide range of application
It is applicable to the beneficiation process of gold, tungsten, tin, molybdenum, iron, copper, manganese, lead and other non-ferrous metals, as well as the screening of molybdenum and iron, tungsten and tin, tantalum and niobium, titanium, nickel and other minerals.