FU scraper conveyor is a product developed by introducing foreign technology, and its technical level is ahead of the domestic average outside the technical station.This conveyor is a new type of environmentally friendly and energy-saving machinery used for horizontal (or inclined ≤15°) conveying of powdery and granular materials.With reasonable design, novel structure, long service life, high operation reliability, good sealing performance, safety and easy maintenance, this product is an ideal energy-saving and environmentally friendly conveying equipment.
FU chain scraper conveyor is a mechanical equipment for horizontal and inclined conveying, suitable for continuous transportation of powdered, granular and small lumpy bulk materials. It is a high-demand horizontal & inclined material conveyor widely used in bulk handling scenarios.This conveyor adopts a fully enclosed casing design, featuring excellent sealing performance, compact structure and reasonable layout. It enables large-volume material conveying in limited spaces, with a maximum conveying capacity of 460m³/h (high-capacity fully enclosed conveyor).
FU type scraper conveyor is also known as chain conveyor. It is a common type of FU scraper conveyor in industrial applications.It has the characteristics of high reliability, low failure rate, long service life, energy saving and good sealing. As a relatively ideal new - type conveying equipment, it is widely used in building materials, electric power, chemical industry, iron and steel and other industries. It is a practical FU scraper conveyor for various industrial sectors.FU type scraper conveyor is a kind of conveying equipment that transfers bulk materials in the conveying trough by means of the traction force from the scraper chain. It is composed of three parts, namely the head part, the middle part and the tail part. This structural design ensures the stable operation of the FU scraper conveyor.Each of the three parts of the scraper conveyor consists of many components. The head part is composed of the head frame, motor, hydraulic coupling, reducer and sprocket; the transition trough, middle trough, chain and scraper are located in the middle part of the equipment; and the device that enables the scraper chain to run back and forth is designed in the tail part. These components work together to ensure the efficient operation of the FU scraper conveyor.FU type scraper conveyor has a large conveying capacity. It allows a large amount of materials to be conveyed in a small - capacity space, with a conveying capacity of 15 - 500 m³/h. It is a high - capacity FU scraper conveyor for industrial material transportation.
This chain scraper conveyor is widely used in various industries, including building materials, chemical engineering, grain processing, energy & mineral, and power generation industries. It is a multi-industrial applicable material handling equipment for key industrial sectors.Its compact design allows installation in space-constrained environments, while its low-energy consumption feature can reduce energy use by approximately 50% compared with other types of conveyors. It is a space-saving & energy-efficient bulk conveyor for cost-saving operations.
The main structure and components of various types of scraper conveyors are basically the same, and they are composed of three parts: the head, the middle part and the tail part. This standard structure is also applied to the FU scraper conveyor.In addition, there are auxiliary components such as the hydraulic jack device for moving the conveyor and the chain tightener for tightening the chain. These auxiliary parts are essential for the normal use of the FU scraper conveyor.The head part is composed of the head frame, motor, hydraulic coupling, reducer, sprocket and other parts. These components are key to the power transmission of the FU scraper conveyor.The middle part is composed of the transition trough, middle trough, chain, scraper and other parts. They play a vital role in the material conveying process of the FU scraper conveyor.The tail part is a device for the return of the scraper chain. It ensures the cyclic operation of the scraper chain of the FU scraper conveyor.The tail part of the heavy - duty scraper conveyor, like the head part, is also equipped with a power transmission device. They are called the upper head and the lower head according to their installation positions. This design is suitable for heavy - duty FU scraper conveyor applications.
The FU scraper conveyor uses an open chute as a bearing part for coal, gangue, materials, etc., and fixes the scraper on the chain (forming a scraper chain) as a traction component. This is the basic structural design for the material conveying of the FU scraper conveyor.When the head transmission device is started, it drives the sprocket on the head shaft to rotate, making the scraper chain run cyclically and driving the materials to move along the chute until the materials are unloaded at the head part. This working process ensures the efficient material transportation of the FU scraper conveyor.The scraper chain runs around the sprocket in a stepless closed cycle to complete the material conveying. This cyclic operation mode is the core of the working principle of the FU scraper conveyor.
FU type scraper conveyor is generally used in various departments of the metallurgical industry, chemical industry, mining industry, building materials industry and grain and feed processing industry. Its function is to continuously convey powdery and granular materials. It can be arranged horizontally or inclinedly, and its overall performance is better than that of screw conveyors or buried scraper conveyors. The FU scraper conveyor is a reliable material conveying equipment for industrial manufacturers, production line engineers and procurement personnel in related industries.
Superior Sealing Performance: The fully enclosed conveying environment prevents dust leakage, making it especially suitable for handling volatile, toxic and corrosive materials. It is a dust-free & corrosion-resistant conveyor for hazardous material handling.
Low Energy Consumption: It drives material movement by utilizing the internal friction of materials, resulting in low operation resistance. Its energy consumption is about 50% lower than that of similar conveying equipment. It is a low-power bulk conveyor for energy-saving production lines.
Long Service Life: The conveying chain adopts a high-strength wear-resistant alloy bushing roller chain structure, treated with special technology, with a service life of over 5 years under normal operation. It is a durable wear-resistant conveyor for long-term industrial use.
Easy Maintenance: With reasonable structural design, it requires simple daily maintenance and has low maintenance costs. It is an easy-maintenance material conveyor for reducing operational downtime.
Flexible Installation: It can be arranged horizontally or inclined (inclination angle ≤15°) according to on-site needs, and the positions of inlets and outlets can be flexibly set. It is a flexible-layout conveyor for customized on-site installation.
Material Characteristics: Include material type, particle size, moisture content, temperature and abrasiveness. These factors are critical for matching the right bulk conveyor to your material handling needs.
Conveying Capacity: Determine the hourly material throughput based on production requirements. Ensure the selected conveyor meets your production line’s hourly material handling demand.
Conveying Distance: Confirm the total length and inclination angle of the conveyor. Match the conveyor’s specifications to your on-site conveying distance and angle requirements.
Installation Environment: Consider on-site space constraints and environmental conditions. Choose a space-saving conveyor that adapts to your site’s environmental factors.
Special Requirements: Such as explosion-proof, corrosion-resistant, food-grade and other special needs. Select customized conveyors (explosion-proof conveyor, food-grade material conveyor) to meet industry-specific standards.
| Model | Groove Width(mm) | Ideal Particle Size(mm) | 10% Maximum Granularity(mm) | Chain Speed(m/min) | Material Humidity | ||||||
| 10 | 12 | 13.5 | 15 | 16 | 20 | 25 | |||||
| Optimal Conveying Capacity(m³/h) | |||||||||||
| FU150 | 150 | ＜4 | ＜8 | 6-9 | - | - | 9-13 | - | 12-18 | 15-23 | ≤5% |
| FU200 | 200 | ＜5 | ＜10 | 12-16 | - | - | 18-24 | - | 24-32 | 30-40 | |
| FU270 | 270 | ＜7 | ＜15 | 21-30 | 25-26 | 28-40 | 31-45 | 34-48 | 42-60 | 52-75 | |
| FU350 | 350 | ＜9 | ＜18 | - | 40-56 | - | 54-75 | - | 72-100 | 90-125 | |
| FU410 | 410 | ＜11 | ＜21 | - | 55-80 | - | 70-100 | - | 95-130 | 105-150 | |
| FU500 | 500 | ＜13 | ＜25 | - | 80-110 | - | 105-145 | - | 140-200 | 160-225 | |
| FU600 | 600 | ＜15 | ＜30 | - | 115-160 | - | 150-210 | - | 200-290 | 230-300 | |