• Products
  • Catalogs
  • News & Trends
  • Exhibitions

Laboratory extruder TwinLab-C 20/40
compoundingtwin-screwcompact

Laboratory extruder - TwinLab-C 20/40 - Anton Paar TorqueTec GmbH - compounding / twin-screw / compact
Laboratory extruder - TwinLab-C 20/40 - Anton Paar TorqueTec GmbH - compounding / twin-screw / compact
Laboratory extruder - TwinLab-C 20/40 - Anton Paar TorqueTec GmbH - compounding / twin-screw / compact - image - 2
Laboratory extruder - TwinLab-C 20/40 - Anton Paar TorqueTec GmbH - compounding / twin-screw / compact - image - 3
Add to favorites
Compare this product
 

Characteristics

Applications
compounding
Number of screws
twin-screw
Other characteristics
laboratory, compact, for bioplastic
Output

Max.: 20 kg/h
(44.0925 lb/h)

Min.: 1 kg/h
(2.2046 lb/h)

Screw diameter

20 mm
(0.8 in)

Maximum speed

600 rpm, 1,200 rpm
(3,770 rad.min-1, 7,540 rad.min-1)

Torque

80 Nm
(59 ft.lb)

Temperature

250 °C, 400 °C
(482 °F, 752 °F)

Maximum pressure

300 bar
(4,351.1 psi)

Overall length

445 mm
(18 in)

Overall width

1,915 mm
(75 in)

Total height

1,565 mm
(62 in)

Weight

480 kg
(1,058 lb)

Power

10 kW, 16 kW
(13.6 hp, 21.75 hp)

Description

What is this instrument for? With the TwinLab-C 20/40, Brabender offers a stand-alone twin screw extruder especially designed for applications in a laboratory. It is used for product and recipe development, feasibility studies in the context of process developments, material development, analysis of the process-dependent material behavior or developments in recycling. Furthermore, it can be applied for raw material quality control, laboratory-scale production (e.g. sampling for customers) and compound preparation of test samples for mechanical or dynamic testing as well as for film cleanliness testing. New compounds with or without additives or fillers, e.g. from thermoplastics, technical plastics, thermoplastic elastomers, ceramic materials or metal oxides, can be tested and developed on a laboratory scale. What does this instrument measure? ■ Material temperature and pressure ■ Load / Torque ■ Viscosity (optional) ■ Residence time Why is this important? The measured values can be used to infer the relationship between extruder settings, process conditions and product properties. Due to the low throughput rates and the compact design of the machine, changes to extruder settings can be effected more quickly. In general, the application of a laboratory extruder enables the development of new products, recipes and processes without impacting the ongoing production. Only a small amount of raw material is required for this kind of laboratory-scale process simulation. This is particularly advantageous when expensive or poorly available material has to be tested. Likewise, only small amounts of product have to be disposed of.

VIDEO

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.