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Briquettes can be difficult to form due to two main factors:
Ensure that both the material size and moisture content are properly controlled. The temperature of the heater on the briquette machine should also be set correctly. Preheating the forming area in the briquette press before feeding the material can help. High temperatures soften the feedstock, making it easier to compact and bind the particles together.
The tolerance clearance between the screw rod (also known as the spiral spindle) and the sleeve plays a significant role in the briquette formation process. Different materials require different clearances. Ensuring that the tolerance is consistently accurate is critical to achieving well-formed briquettes.
The tolerance clearance refers to the gap between the screw rod (spiral spindle) and the sleeve in mechanical briquetting machines. This clearance allows the material to be compacted under high temperature and pressure. As the material moves between the screw rod and the sleeve, it is squeezed into the desired shape. The precision of this clearance is crucial for producing high-quality briquettes.
Biomass briquettes and pellets, made from agricultural and forestry waste, offer a high-density, high-thermal-value renewable fuel. They reduce air pollution and carbon dioxide emissions, serving as a sustainable alternative to fossil fuels like natural gas and coal. Applications include domestic fireplaces, small to medium-sized biomass boilers, and industrial power and heat plants.
A coke briquette machine is a compression machine that transforms raw materials into high-density briquettes. Utilizing high pressure, it compacts loose materials together. These machines process not only coke powder but also other powders like coal and charcoal.
The briquette size and quality depend on the compression ratio of the forming mold, not the size of the briquettes themselves.
Briquettes offer a sustainable way to recycle materials for energy savings and environmental protection. They transform waste into valuable resources, significantly reducing waste volume and disposal costs.
Our briquetting machines can process a variety of metal chips and powder, including aluminum, steel, stainless steel, brass, titanium, cast iron, copper, and nickel.
Yes, we offer raw material testing on our briquetting machines to demonstrate output quality and determine the best machine for your needs. We provide photos and videos of the test, and you can evaluate the briquettes at your facility.
The production capacity varies based on the briquette size (finished ball size) and the material's density.
A general term for machines that compress materials (biomass, coal, metal fines) into briquettes using mechanical force. Finished briquette shapes include flat circular, elliptical, pillow-shaped, and granular, with custom mold options available.
A specific type of briquetting machine that uses hydraulic pressure for compression, offering greater control and higher pressure for denser briquettes. Finished briquette shapes include flat cylindrical, rectangular, cubic, pie-shaped, and brick-shaped, with custom mold options.
Briquetting machines can process various materials, including coal, charcoal, metal fines, and biomass (wood chips, sawdust, straw), depending on the machine's design and capacity.
The pressure generated varies based on the machine type and material being processed. Generally, YUKE briquetting machines can produce pressure from 0 to 32 MPa. Hydraulic briquetting presses provide higher pressure compared to mechanical machines.
Production capacity depends on the machine's size and model. Small machines can produce 100-300 kg of briquettes per hour, while larger industrial models can yield 1-30 tons or more per hour.
Most YUKE briquetting machines are electrically powered. However, diesel-powered versions are available for areas with unstable electricity. Hydraulic presses require both electricity and hydraulic oil.
Regular maintenance includes die wear checks, hydraulic oil replacement (if applicable), and machine cleaning. Inspecting the motor and pressure system for malfunctions is also crucial.
Yes, raw materials must be properly prepared for briquetting. They should be dry (8-12% moisture content), free of foreign objects (stones, metals), and within the machine's specified size range.
We design production line processes based on customer’s site conditions, ensuring optimal equipment placement. We provide detailed equipment dimensions and layout diagrams. Upon arrival, customers can arrange the equipment according to our provided plans. We also offer comprehensive operating procedures and process flow instructions for each machine. Our team provides phone and video technical support for any installation or troubleshooting needs.
Yes, we offer on-site technical support as needed. Our engineers have extensive global experience, serving clients in countries like Bahrain, Oman, Iran, India, Thailand, Australia, Russia, Mongolia, Bangladesh, Cote d'Ivoire, and Mexico, among others
