Gyratory Swing Vibration Screen
Layer: 1-5 or customized
Screening Area: 3-6.48m²
Application: Widely used in raw material factories, ceramsite, plastic chemical industry, metallurgy, non-ferrous metals, non-ferrous metals, food, abrasives and other industries; screening and classification of silica sand, quartz sand and other granular and mineral powders.
Overview
Introduction: The gyratory swing vibration screen, also known as the square gyratory screen or square swing screen, is an efficient screening equipment with a unique multi-layer grading design. It is commonly used for screening and classfying powdered materials such as quartz sand, silica sand, perlite, mica powder, talcum powder, river sand, machine-made sand, fertilizer, etc. This gyratory swing screen is equipped with an automatic tensioning and automatic cleaning screen installation system, which makes the screen a long service life and high screening efficiency. It mainly simulates the effective principle of manual screening movement, and the screening accuracy is 5-10 times that of ordinary screening machines.
Advantages Of Gyratory Swing Vibration Screen
- The screen is large in size and has a multi-level screening design, which is suitable for screening a variety of materials and can meet a variety of customer needs;
- The gyratory swing screen machine is more flexible, fast, with high screening accuracy and efficiency, and large output in screening;
- The screen of gyratory swing vibration screener is wear-resistant and rust-proof, non-clogging, easy to replace, and easy to operate;
- The fully enclosed structure has low noise, no dust pollution, and the operating environment meets environmental protection requirements.
Working principle
The screen surface of the gyratory swing vibration screen is horizontal or inclined between 5-8 degrees. After opening, the screen box reciprocates under the action of inertia and then drives the screen surface to make a periodic swinging motion. The rotational motion of the exciter is transmitted to the screen surface, and the material on the screen surface jumps and disperses quickly with the screen box. Materials smaller than the screen hole fall to the lower layer. Materials larger than the screen hole continue to roll and are transported to the discharge port. The materials are screened continuously in multiple layers and graded from multiple discharge ports. Finally, materials with the same mesh size are gathered at the discharge port to complete the screening.
Products display
models & specifications
Model | Screening Area | Layer | Lateral Slope | Motor Power | Number of Revolutions （r/min) | Screen Box Stroke |
FYBS1030 | 3 | 1-5 | 5-8° | 3 | 180-260 | 25-60 |
FYBS1036 | 3.6 | 1-5 | 5-8° | 3 | 180-260 | 25-60 |
FYBS1230 | 3.6 | 1-5 | 5-8° | 4 | 180-260 | 25-60 |
FYBS1236 | 4.32 | 1-5 | 5-8° | 4 | 180-260 | 25-60 |
FYBS1530 | 4.5 | 1-5 | 5-8° | 5.5 | 180-260 | 25-60 |
FYBS1536 | 5.4 | 1-5 | 5-8° | 5.5 | 180-260 | 25-60 |
FYBS1830 | 5.4 | 1-5 | 5-8° | 7.5 | 180-260 | 25-60 |
FYBS1836 | 6.48 | 1-5 | 5-8° | 7.5 | 180-260 | 25-60 |
FYBS2030 | 6 | 1-5 | 5-8° | 7.5 | 180-260 | 25-60 |
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