JAY KHODIYAR MACHINE TOOLS is the leading manufacturer and exporter of Biomass Briquetting Machine in India. Our producer Biomass Briquetting Machine is widely demanded in the market for their high performance and low maintenance. Our accessible Biomass Briquetting Machine is made-up under the control of creative professional using best quality mechanism and ultra-modern technology in sequence with set marketplace values.
Our Company is highly focused on generate a greener tomorrow during its excellent manufactured goods range. From the procurement of resources to the final delivery of manufacturer product, our qualified engineers keep a regular vigil on the whole process of Biomass Briquetting Machine manufacturing and other similar projects targeted on waste management.
Whole range of briquetting machine manufactured by JAY KHODIYAR MACHINE TOOLS is known for making high quality and high density biomass briquettes that are used for cook and heat industrial boilers. We are also focused in providing value-added resolution to our clients in operate bio-waste and convert it into valuable briquettes.
We exports the Biomass Briquetting Machine overall the world. As the biomass briquetting is agricultural support modern technology, our most of briquetting plant is delivered in the developing nations and agricultural based countries as there are plenty of accessibility of the raw materials.
- Reliable functioning
- Easy to operate
- Sturdy design
The Working Principle Of Biomass Briquetting Machine:
- Briquetting is a procedure where some type of raw material is compressed under high pressure to structure a round or square briquette that can be used for warm function.
- The ligation content is modern under these very high demands so required the material into a briquette with high density if the raw material is wood waste or agro waste.
- The temperatures increase is satisfactory to make the raw material release various bonds that will help in keeping the element together in the compressed form during the density of the material.