Pendulum Impact Testers

Our product range also encompasses Pendulum Impact Testers. The offered range of products is used to determine the absorbed impact energy and resistance to breakage of plastic specimens. Competitively priced, these have innovative mechanical design features which make these accurate impact testers. We also make sure that these meet the ASTM and ISO requirements and has the capabilities to satisfy all requirements of clients.

 

Features:

• PC based Pentium processor (PCI bus)
• Windows based ASPEN software
• High speed A/D converter with a 12-bit resolution
• Sampling rate: 500,000 samples/second
• Band Width: 1 MHz
• Automatic shut-off of sampling

Our wide product range also encompasses Pendulum Impact Testers which help to determine the energy needed to rupture standard tension-impact specimens of plastic or ceramic material. In addition, the offered products also determine the resistance of notched plastics and ceramics to breakage by flexural shock. Owing to the precision tuned bearing assembly for near-zero friction loss, it also results in unrepeatable and comparable measurements. These are also one of the most economical products in the market.

 

Versions available:

 

Izod tests

• The specimen is mounted in a vise in the base, then struck by the pendulum

 

Charpy tests

• The Charpy test uses a specimen mounted on an anvil supported near the ends, which is struck in the center by the impactor.

 

Tensile-in-Base and/or Tensile-in-Head

• The Tensile-in-Head test calls for mounting the specimen to the pendulum, while in the Tensile-in-Base test the specimen is mounted horizontally with one end in the vise and the other on the resting support

 

FEATURES :

• Heavy duty construction
• Positive locking specimen holder (vise)
• Precision tuned bearing assembly to control axial and radial motion
• Alignment fixture built in level
• Energy scales available in English or SI units
• An optional cold box allows low temperature impact testing
• Liquid CO₂ or LN2 brings the insulated stainless steel chamber from ambient to -50 or -60°C