Product Overview

According to different screening requirements, different screen inclination angles are employed. The upward-designed screen inclination angle forms a slurry pool at the feed end, and the static pressure head facilitates the slurry to pass through the screen, resulting in a large material processing capacity. Dual self-synchronized vibration motors are used, generating a linear vibration trajectory through synchronized reverse rotation. This drives the transportation, dehydration, and discharge of screened products (coarse materials). Shock-absorbing springs (rubber springs, composite springs, steel springs) are utilized for low noise, low power consumption, and minimal equipment load. Wear-resistant polyurethane screen mesh is employed, featuring a high screen opening rate, good dewatering effect, and a long service life.

Specification

ZKJ Double Exciter Linear Screen

ZKF Four Exciter Side-mounted Linear Screen

Technical Features

• The motor comes standard with domestically and internationally joint venture products, with the option for an imported motor.The screen plate is made of wear-resistant and flexible polyurethane material, with modular installation. It allows for localized wear and replacement, resulting in low spare parts costs.
• High-quality manganese steel is used for the steel, with an overall beam profile design. The entire structure undergoes stress relief treatment. The bottom beam is also designed as a complete profile, with surface wear-resistant rubber protection.
• Side plates and protective plates are processed using CNC machine tools, connected with high-strength Huck bolts, without welding seams.
• High-frequency vibration and inclined screen surface design promote continuous discharge of materials on the screen, with a large processing capacity per unit area.
• The motor comes standard with domestically and internationally joint venture products, with the option for an imported motor.
• The screen plate is made of wear-resistant and flexible polyurethane material, with modular installation. It allows for localized wear and replacement, resulting in low spare parts costs.
• High-quality manganese steel is used for the steel, with an overall beam profile design. The entire structure undergoes stress relief treatment.
• Side plates and protective plates are processed using CNC machine tools, connected with high-strength Huck bolts, without welding seams.
• High-frequency vibration and inclined screen surface design promote continuous discharge of materials on the screen, with a large processing capacity per unit area.

 Application Scope

Linear vibrating screens are mainly used for dehydration, desliming, sand removal, washing, slag removal, impurity removal and other operations of metal ores, non-metallic ores, slime water, quartz sand, mud, etc.

Used in closed-circuit grinding and grading processes in iron ore, lead-zinc ore, tin ore, tungsten ore, and other black and non-ferrous metal ore dressing plants.

Employed in coal preparation plants for the separation and classification of coarse coal slurry, in combination with cyclones, FBS™ coarse coal slurry compound fluidized bed separators, or LXA coal spiral separators.

Applied in non-metallic ore dressing plants such as feldspar, quartz, kaolin, etc., for processes such as classification and desilting.