- Feeding Size: < 5mm
- Capacity: 0.9-17T/H
- Raw Material: coal powder, coal gangue, soft coal, anthrocite coal, coke, white coal, coking coal, pertroleum coke, bituminous coal.
- Advantages: mechanical pressure, disc spring pressure. Wearable 65Mn foundry technology roller. The briquetting ratio reaches 98%.
Machine for Pellet Form for egg shape is also called coal powder molding machine, it is used to briquette coal powder, coal gangue, soft coal, anthrocite coal, etc. Belongs to cold briquetting technology; In production, it can produce popular
briquette shapes, like oval shape, pillow shape and square shape, etc. in high density, strong strength and high hardness through adding some kind of binder material, so customers are more like it. Its structure is composed of three parts: feeding system, transmission system and briquetting system. XM290 model Machine for Pellet Form is often as a trial order goes to customer site for small size and easy maintenance.
http://www.briquettingcn.com/briquettemachine/9.html
email: lixingchen0822@126.com
cell: 0086-15978436639
Model |
Reducer |
Ratio |
Roller Size (mm) |
Main Shaft Speed (r/min) |
Matched Power (kw) |
Capacity (t/h) |
Pressure Type |
XM290 |
ZQ350 |
1:31.5 |
290*200 |
12-14 |
5.5 |
0.9-1.0 |
Mechanical |
XM360 |
ZQ350 |
1:31.5 |
360*250 |
12-14 |
7.5 |
1.5-2.0 |
Mechanical/Hydraulic |
XM400 |
ZQ400 |
1:31.5 |
400*250 |
12-14 |
7.5 |
2.5-3.5 |
Mechanical/Hydraulic |
XM430 |
ZQ400 |
1:31.5 |
430*250 |
12-14 |
11 |
3.5-4.5 |
Mechanical/Hydraulic |
XM500 |
ZQ650 |
40.17 |
500*470 |
10-12 |
37 |
7.5-8.5 |
Mechanical/Hydraulic |
XM650 |
ZQ850 |
40.17 |
650*470 |
9-11 |
45 |
9-10 |
Mechanical/Hydraulic |
XM750 |
ZQ1000 |
48.57 |
750*570 |
9-11 |
90 |
13-14 |
Mechanical/Hydraulic |
XM850 |
ZQ1250 |
50 |
850*570 |
8-10 |
110 |
15-17 |
Mechanical/Hydraulic |
Remarks |
1. Above capacity is based on coal density 0.8, briquette size Φ50*33mm. |
2. Roller material is 65Mn, High chromium alloy and 9Cr2Mo. |
3. According to different material, parameter will change slightly. |