After the autumn harvest, despite the joy of a bountiful harvest, are you still worried about the environmental pollution caused by corn straw burning?
Are you still troubled by the vast amounts of discarded corn straw you have nowhere to use? A Corn Straw Baling Machine can help you solve this problem, turning large amounts of discarded corn straw into valuable resources and adding another source of income.
The continuous development of agriculture has given rise to the corn straw briquetting machine, which brings convenience and speed to farmers’ work. Let’s learn more about it below.
Corn Straw Baling Machine can compress various agricultural and forestry biomass waste, as well as some primary processed industrial waste, into pellets for use in animal feed and biomass solid fuel. Let’s take a look at how a Corn Straw Baling Machine works.
Why Choose Nick Baler’s Bagging Machines?
Perfect for baling lightweight, loose materials – effectively compresses and bags sawdust, straw, textile waste, and more.
Improves storage efficiency and cleanliness – reduces material bulk and ensures dust-free handling.
Prevents contamination and spillage – sealed bales keep materials clean, dry, and protected from environmental damage.
Reliable for various industries – essential for textile recycling, sawdust processing, agricultural residue management, and industrial waste handling.
Customizable bale sizes and compression settings – tailor the machine to specific material densities and packaging requirements.
How the Corn Straw Baling Machine Works:
From raw material source to fuel use, the process is as follows: raw material recovery and storage → chopping and crushing → raw material conditioning → feeding and compression → pressing and molding → output → cooling → transportation → to biomass power plants, small boilers, or residential use.
No additives or binders are required during the processing. Materials like straw contain a certain amount of cellulose and lignin.
Lignin, a structural monomer in the material, is a phenylpropane-type high-molecular compound. It strengthens cell walls and binds cellulose.
Lignin is amorphous, and at room temperature, its main component is insoluble in all solvents. It has no melting point, but it does have a softening point.
When the temperature reaches a certain level, the lignin softens, increasing its adhesive strength. Under a certain pressure, the cellulose molecules dislocate, deform, and stretch, causing adjacent biomass particles to interlock and recombine, forming a compact shape.
Applications: Various agricultural and forestry biomass wastes and some primary processing waste from industrial products, such as corn stalks, cottonwood, straw, peanut shells, rice husks, leaf, bark, branch sawdust, furfural, xylitol residue, animal manure, household garbage, palm fiber, and palm shells.
As a low-carbon device, the corn stalk briquetting machine not only benefits the development of our country’s businesses, but also promotes the pace of business establishment and further promotes the development of our country’s economy.
Industries Using Bagging Balers
Animal Bedding Suppliers – Bagged wood shavings and sawdust for horse stables and livestock farms.
Textile Recycling – Efficient packaging of used clothing, wipers, and fabric waste for resale or disposal.
Biomass & Biofuel Producers – Compacting straw, husks, and biomass waste for energy production.
Agricultural Waste Management – Efficiently handling straw, husks, corn stalks, and dried grasses.
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Post time: Sep-03-2025