Industrial rubber devulcanizer tank / from waste tyre to re

Devulcanization machine /rubber devulcanizer tank / From waste tyre to reclaimed rubber line

Introduction

It broke through the atmospheric temperature plastic crafts, intelligent control

and other technical difficulties,realizing the combination with the latest and traditional technology,

which makes our country’s reclaimed rubber industry entered into a new era of clean manufacture,

furthermore, it helps change the people’s previous philosophy of bad production environment of

reclaimed rubber industry.

“Atmospheric clean devulcanizer” is the new equipment to make the waste rubber plasticizing link

completely changed, using a large number of new technologies, new crafts, new structures, many key

parts are all created by Guoxing company initiatively, some components have reached the international advanced level.

Application:

Devulcanizer adds the softener to waste vulcanized rubber powder and activation, at atmospheric pressure under the condition of high temperature, makes the part of the S = C, S = S disconnected to achieve the purpose of the plasticization. Main components: automatic control system, cooling system and batching system,etc.

Competive advantages

1. high production:1T/day

2. Environmental protection: no waste gas and waste water

3. easy cleaning

4. high quality products

5. energy saving

6. high output rubber strengh: ≥10MPa(reach and exceed national standard)

7. lower output rubber temperature:≤40°C

8. labor reduction: full automatic, easy to operate

Specification​:

Name	Motor Power	Revolving speed	Medium temperature
Mixing system	45kw	1500r/min
Formula metering system	1.5kw	1400r/min
	0.75kw	1400r/min
	1.5kw	1400r/min
	1.5kw	1400r/min
	1.1kw	1400r/min
Mixing oil system	3kw*2	1430r/min
Negative pressure feeding system	0.37kw	1400r/min
Vortex pump	7.5kw	2900r/min
RCB YCB-G	2.2kw*2	940r/min
Speed booster pump	0.12kw		0~110℃
Spiral cooling conveyor	3kw	1410r/min
Belt conveyor(cycloidal pin gear speed reducer)	1.5kw	1400r/min