Home> Product >Granulating Engineering > Extruder

Vertical Rotating Extruder(Experimental)

  • Experimental vertical rotating extruder is designed for laboratory and research institutions, with small volume, light weight, etc. Loose or soft mixture of powder materials, excipients and moist adhesives are firstly pushed into extrusion bin by spindle feeder. Extruder squeezes materials to pass orifice plate to form compact irregular cylindrical exturdates .
  • Hotline: + 86-23-68276255
Detail

Product has registered national patent (Patent No.: 2010201540377), and counterfeiting is prohibited! 

Introduction

Experimental vertical rotating extruder is designed for laboratory and research institutions, with small volume, light weight, etc.

Loose or soft mixture of powder materials, excipients and moist adhesives are firstly pushed into extrusion bin by spindle feeder. Extruder squeezes materials to pass orifice plate to form compact irregular cylindrical exturdates .

Features

1.Continuous work and high efficiency;

2.Uniform extrudate, good density and high yield;

3.Compared with screw extruder, extrudate processed by  vertical rotary extruder generates little heat which could carry quick athermic extrusion for thermo-sensitive  materials. Without cooling procedure and concern of orifice plate exploding, it’s better than screw extruder. (Orifice  plate of twin screw extruder is easy to implode with high cost and complex installment.);

4.High security, self-protection;

5.Multi-aperture of aorifice plate for 0.4-3.0mm cylindrical extrudate;

6.Compact design and nice appearance.

Technical Parameter

Unit\Model

LJX-10

Output

(Φ0.4~Φ1.0)

Kg/h

0.05~10

Aperture

mm

Φ0.4~Φ3.0

Power

V/Hz

380/50

Main Driver Motor Power

KW

0.75

Feeding Drive Motor Power

KW

0.25

Feeding Speed

r/min

0~56

Extrusion Speed

r/min

0~35

Material Yield

%

≥99%

Noise

Db

<60

Size

mm

(L×B×H)

650×500×700

Weight

Kg

40

Online QQ Service hours:8:00-17:00

Choose the corresponding QQ online communication:

Scan QR code
Top