Basic Information
Transmission Structure
Vibrating Screen
Works
Vibration Dehydration
Object
Coal Slime/Sand/etc
Running Track
Linear Vibrating Screen
Supporting Device
Coil Spring
Production Capacity
30-2200t/H
Wear-Resistant Material
Prolong Service Life
Product Introduction
The linear constant thickness screen is designed by combining advanced technology with practical industrial requirements. Its motion trajectory is straight. This screen machine can be used for dry and wet classification of small and medium particles of coal, coke, ore, gravel, or other materials. Several sections of screen plates with different inclinations ensure that the material thickness at the feeding end remains uniform, significantly improving screening efficiency and classification effect on medium and fine particles.
Product Features
- The screen machine adopts multi-stage screen surface with advanced technology, large processing energy and high screening efficiency.
- Adopts box type forced synchronous vibration exciter with large bearing capacity and long service life.
- Special sealing technology ensures the connection between the beam flange and the side plate is seamless.
- Connected by ring groove rivets or high strength bolts, providing a simple, compact, and firm structure.
- Processing capacity of banana screen can be increased by 40%~60% with efficiency over 90%.
- Preferred for large-scale coal preparation plants, coal washing plants, and mineral processing plants.
Technical Specifications
| Model |
Screen Area (m²) |
Feed Particle (mm) |
Handling Capacity (t/h) |
Inclination Angle |
Mesh Size (mm) |
Power (kw) |
| TXZD-2496 | 23.04 | ≤300 | 80-550 | 5°-25° | 0.25-50 | 45 |
| TXZD-3061 | 18.3 | ≤300 | 200-650 | 5°-25° | 0.25-50 | 45 |
| TXZD-3073 | 21.9 | ≤300 | 200-800 | 5°-25° | 0.25-50 | 45 |
| TXZD-3085 | 25.5 | ≤300 | 240-1100 | 5°-25° | 0.25-50 | 55 |
| TX2ZD-2461 | 29.28 | ≤300 | 120-300 | 5°-25° | 1-50 | 55 |
| TX2ZD-3061 | 36.6 | ≤300 | 180-530 | 5°-25° | 1-50 | 55 |
| TX2ZD-3073 | 43.8 | ≤300 | 200-650 | 5°-25° | 1-50 | 75 |
| TX2ZD-3661 | 43.92 | ≤300 | 400-1850 | 5°-25° | 1-50 | 75 |
Enterprise Overview
This enterprise specializes in the production of screening and washing equipment for mines and sandstone aggregates. The focus includes R&D, design, manufacturing, and sales for concentrators, coal washing plants, and sandstone plants, particularly in sand washing, dewatering, and fine sand recovery systems. Successive developments include a variety of new sand washing recovery systems, integrated screens, linear constant thickness screens, and relaxation screens designed to provide high-efficiency processing for various materials.
Request a Quotation
Please provide the following details for an accurate quote:
- Raw material characteristics
- Silt content
- Humidity levels
- Required processing capacity
- Preferred specifications and models
Frequently Asked Questions
What is a linear constant thickness screen?
It is a high-efficiency screening machine that uses a multi-stage screen surface to maintain a uniform material thickness across the screen, significantly increasing throughput and accuracy.
How much can the banana screen increase capacity?
Compared to standard vibrating screens, the banana screen (constant thickness screen) can increase processing capacity by 40% to 60%.
What materials is this equipment suitable for?
It is ideal for coal, coke, ore, gravel, sand, and other mineral materials in both dry and wet classification processes.
What are the advantages of the box-type exciter?
The box-type forced synchronous vibration exciter offers high bearing capacity, reliable performance, and a long service life compared to traditional systems.
Does the equipment feature anti-blocking design?
Yes, the design focuses on reducing screen clogging through advanced motion trajectories and multi-stage screen surfaces, maintaining high efficiency.
Is the structure durable for mining environments?
Absolutely. The equipment uses wear-resistant materials and is connected with ring groove rivets and high-strength bolts to ensure stability in harsh conditions.