The ZwickRoell Group is one of the world’s leading suppliers of materials and component testing systems. We supply tailor-made solutions for the most demanding requirements – in both R&D and quality assurance, and in more than 20 industry sectors.
Our product portfolio includes:
1. Extrusion Plastometers Melt flow tests are a simple method of characterizing the flow properties of a plastic melted mass. Aflow extrusion plastometer Aflow was developed especially for laboratories with high testing volumes, as reflected in its robust design and convenient operation. Mflow extrusion plastometers The basic version of the Mflow extrusion plastometers can be used to determine the melt mass flow rate (MFR).
2. Pendulum Impact Testing Impact tests are short-term tests which provide information on the failure behavior of materials or components subjected to rapid loading and at varying temperatures.
3. Universal Testing Machine zwickiLine is a powerful, flexible and cost-efficient testing solution for a wide range of materials and components.
Melt flow tests are a simple method of characterizing the flow properties of a plastic melted mass. This test method is widely used, especially in quality assurance and goods inwards testing. The demands placed on the extrusion plastometer vary according to which processing stage in the plastics industry is involved.
Together with tensile and flexure tests, Charpy impact tests are the most frequently performed mechanical tests in the polymer industry ZwickRoell's HIT range of pendulum impact testers are available from 5 to 50 joule and offer a solution that combines high precision with cost- effectiveness.
The ZwickRoell Group is the world's leading supplier of static materials testing machines specifically designed for tensile, compression, flexure, shear, and torsion tests. Our static materials testing machines are suitable for testing applications in all areas, whether in quality control or research projects, delivering outstanding performance in challenging materials and component testing situations.