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- desulfurization gypsum briquetting machine
The desulfurized gypsum briquetting machine is a device used to press powdered materials such as desulfurized gypsum into pellets. Designed to reduce dust pollution, facilitate storage and transportation, and improve resource utilization, it is widely used in industries such as coal, mining, metallurgy, chemicals, and building materials.
desulfurization gypsum briquetting machine
The desulfurized gypsum briquetting machine is a device used to press powdered materials such as desulfurized gypsum into pellets. Designed to reduce dust pollution, facilitate storage and transportation, and improve resource utilization, it is widely used in industries such as coal, mining, metallurgy, chemicals, and building materials.
Product Features
1. High Molding Pressure: Equipped with a high-pressure system, it provides sufficient molding pressure to ensure high pellet density and strength.
2. Compact Structure: The rational design and small footprint make it easy to operate and maintain, making it suitable for various production environments.
3. High Adaptability: It is suitable for a variety of powdered materials, including desulfurized gypsum and limestone powder. Adjustable machine parameters can be used to meet the molding requirements of different materials.
4. High Level of Automation: The automatic control system enables automated operation, improving production efficiency and reducing manual intervention.
5. Environmentally Friendly and Energy-Saving: Low dust and noise levels during operation improve the production environment and meet environmental requirements.
Working Principle
The desulfurization gypsum briquetting machine operates in the following steps:
1. Feeding: The material is evenly fed into the briquetting machine via a metered feeder, ensuring a stable supply.
2. Pre-compression: Before entering the press rollers, the material undergoes preliminary compression to increase its density.
3. Forming: The pre-compressed material enters the press rollers, where the relative motion between the rollers compresses the material under high pressure into pellets. The resulting pellets exhibit excellent strength and density.
4. Demolding: The formed pellets gradually separate as the press rollers rotate, are automatically demolded, and then transported via conveyor equipment.
Technical Parameters
Production Capacity: 1-30 tons/hour
Material Requirements: Material fineness less than 3mm, moisture content 7-15%
Roller Material: 9Cr2 (forged rollers, high density, high finish)
Motor Power: Power varies depending on the machine model
Applicable Materials: Desulfurized gypsum, limestone powder, fly ash, etc.
Applications
Desulfurized gypsum briquetting machines are widely used in the following fields:
Coal Industry: Pressing coal powder and other materials into shapes to improve combustion efficiency and reduce dust pollution.
Metallurgical Industry: Pressing ore powder, slag, etc. for easy transportation and smelting.
Chemical Industry: Pressing various chemical powders for easy storage and use.
Building Materials Industry: Pressing fly ash and other building material powders to produce environmentally friendly building materials.
Application and Maintenance
Installation and Commissioning: After installation, the equipment must be run dry to check the operation of all components and ensure that there are no abnormalities before it can be put into production.
Daily Maintenance: Regularly check the lubrication status of the equipment and add lubricant promptly to ensure proper operation of all components.
Troubleshooting: In the event of equipment failure, immediately stop the machine for inspection and troubleshooting. Resuming production only after the problem is resolved can prevent equipment damage.
Desulfurized gypsum briquetting machines, with their safety, environmental friendliness, and energy-saving features, have become widely used in various industries. Through continuous technological innovation and optimized design, we are committed to providing customers with high-quality products and services, helping businesses achieve green production and sustainable development.
Data
Model | SGYQ-360 | SGYQ-430 | SGYQ-520 | SGYQ-670 | SGYQ-750 | SGYQ-800 | SGYQ-1000 | remark | |
capacity | h | 3-5T/h | 5-8T/h | 6-10T/h | 10-15T/h | 15-18T/h | 20-25T/h | 30-40T/h | |
Roller width | 250mm | 250mm | 280mm | 300mm | 400mm | 500mm | 650mm | ||
Roller diameter | 360mm | 430mm | 520mm | 670mm | 750mm | 800mm | 1000mm | ||
power | 7.5KW | 11-15KW | 15-18.5KW | 22KW | 45KW | 55KW | 75KW | ||
Shaft rotation | 12r/min | 12r/min | 13r/min | 13r/min | 13r/min | 10r/min | 10r/min | ||
reducer | ZQ350 | ZQ400 | ZQ500 | ZQ650 | ZQ850 | ZQ1000 | ZQ1250 | ||
ZQ400 | ZQ500 | ZQ650 | ZQ750 | ||||||
Pressure mode | Disc sulfur four roller press | ||||||||
Axle seat pull rod | Hydraulic | ||||||||
Roller texture | 65Mn | 65Mn | 65Mn | 65Mn | 65Mn | 65Mn | 65Mn | Casting | |
9Cr2Mo | 9Cr2Mo | 9Cr2Mo | 9Cr2Mo | 9Cr2Mo | 9Cr2Mo | forging | |||
structure | Double roller single press | ||||||||
Four-roll double press | |||||||||
Main shaft | 319×4 | 319×4 | 2097724×4 | 2097724×4 | 2097724×4 | 2097724×4 | 2097724×4 | ||
Main shaft | ¢90mm | ¢110mm | ¢140mm | ¢160mm | ¢165mm | ¢180mm | ¢225mm | ||
Ball size | Customize | 30-60mm | |||||||
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