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The 20L-160L drums, tool boxes and auto parts series consists of DHB80,DHB90,DHB100 and DHB120 etc., which can be used for producing drums, tool boxes and hollow parts of all kinds. Materials of PE, PP, and ABS can be used. Maximum capacity of accumulator head can be 12L while volume of products can be 160L. Its control system adopts closed loop control imported from Europe and hydraulic system is pressure-flow double proportional control equipped with variable plunger pump to ensure fast and smooth operation of the machine and energy consumption of the hydraulic system can be reduced by 30% or above, saving considerable electricity.

Specification
¡¡
DHB80
DHB90
DHB100
DHB120

Material
¡¡
PE¡¢PP?
PE¡¢PP?
PE¡¢PP?
PE¡¢PP?

Max.container capacity
L
25
50
120
160

Number of die
set
1
1
1
1

Output
pcs/hr
500
400
360
300

Machine Dimension
m
4.2?.3?.6
4.6?.5?.8
5.8?.5?.6
6.9?.9?.8

Total weight
ton
12
13.8
18
20

Accumulator head
¡¡
DHB80
DHB90
DHB100
DHB120

Accumulator capacity
L
5
6.6
12
18

Power of die heating
KW
18
22
26
38

Number of heating zone
zone
4
4
4
5

Die diameter
mm
300
350
450
510

Injection pressure
Mpa
8
8
8
8

Max.injection speed
Kg/sec
1.5
1.5
1.5
1.5

Clamping Unit
¡¡
DHB80
DHB90
DHB100
DHB120

Clamping force
KN
210
350
500
720

platen opening stroke
mm
250-700
400-1000
500-1400
600-1400

platen size
mm
740?00
880?80
1020?060
1100?20

Max mould size
mm
560?30
700?60
800?260
900?400

Mould thickness
mm
250-350
455-510
360-700
450-750

Extruder Unit
¡¡
DHB80
DHB90
DHB100
DHB120

Screw diameter
mm
80
90
100
120

Screw L/D ratio
L/D
25:1
30:1
30:1
30:1

Extruding Volume
Kg/hr
100-120
120-200
180-270
200-320

Screw rotation rate
r/min
10-86
10-86
10-86
10-86

Extruder heating power
KW
20.2
21.6
26
32

Extruder driving power
KW
30
37
45
45

Power consumption
¡¡
DHB80
DHB90
DHB100
DHB120

Driving power
KW
52
76
89
130

Heating power
KW
36
44
60
78

General assembly power
KW
106
128
168
191

Average energy consumption
KW
32
38
50
95

Air pressure
Mpa
0.7
0.7
0.7
0.7

Air consumption
m3/min
0.6
0.8
0.8
1.0

Cooling water consumption
m3/min
0.4
0.5
0.4
0.6