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BBQ Charcoal Extruder Machine

Charcoal Powder Extruder uses sawdust, wood shavings, wood scraps, branches, bagasse, wine dregs, cotton stalks, straw and other northern and southern crop stalks as raw materials, which are crushed, mixed, rolled, stirred and pressed into shape.

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Features

Products Description

Carbon Powder Extruder uses sawdust, wood shavings, wood scraps, branches, bagasse, wine residue, cotton stalks, straw and other northern and southern crop stalks as raw materials, and adopts our factory's carbonization technology to obtain ideal carbon powder, or uses waste carbon residues left over from the manufacture of carbon rods and factory discarded carbon powder, after crushing, mixing, mixing and pressing. It is an ideal equipment for energy regeneration, waste utilization, and turning waste into treasure.

Product Parameters

Charcoal dust briquette extruding machine bbq coal stick charcoal extruder rice hull charcoal extruder machine
Working type	Model	Capacity for coal	Capacity for charcoal	Power
Extruding Type	ET-1	200-250kg/h	500kg/h	11+0.55kw
	ET-2	250-500kg/h	500-1000kg/h	18.5+1.1kw
	ET-3	1500kg/h	not suitable for charcoal	22+3kw
Pressing Type	YM-140	1.86-2tons/h	0.93-1ton/h	7.5kw
	YM-160	1.86-2tons/h	0.93-1ton/h	11kw
	YM-220	1.25tons/h	2.5tons/h	15kw

Product Analysis

Raw material addition:
Add the prepared coal powder into the coal powder extruder from the feed port.

Screw propulsion:
The motor transmits power to the screw propeller (or screw) through a transmission device (such as a V-belt, a transmission, etc.).
The screw propeller rotates in the body and pushes the coal powder forward through the spiral blades on its surface.

Extrusion molding:
During the propulsion process, the coal powder is gradually compressed, and the particles are close together to form a preliminary dense body.

carbon powder molding conditions:

The key to carbon powder molding is to control the molding conditions. Mainly including: temperature, pressure, time, humidity, etc. Among them, temperature is the most critical factor affecting molding. Generally speaking, carbon powder molding needs to be carried out at a relatively high temperature to achieve a good molding effect. At the same time, pressure control is also very important. Higher pressure can make the carbon powder stick together more tightly and be more evenly distributed in the mold.