Impact Testing Machine

Product Details:

Features:

• Suitable for Charpy & Izod Impact tests on various materials. Works on Pendulum principle.
• Rigid designs of machine frame & other parts assure minimum energy absorption during fracture which results in improved test accuracies.
• The highly stressed & wearing parts like support blocks & strikers are of special alloy steels duly heat treated.
• Direct indication of Impact energy absorbed by specimen on large dial for Models :AIT-300-N, AIT-300-EN & on digital panel display for Model : AIT-300-D.
• Safety guard for the operator is provided.
• Initial potential energy for Charpy is 300 Joules & for Izod is 170 Joules with a L.C. of 2 Joules (for
• Analogue models) & resolution of 0.5 Joules (for Digital Model).
• Pendulum drop angle for Charpy is 140° & for Izod is 90°.
• ASTM Impact Testing machine is also supplied, which conforms to E-23 ASTM standard.
• Gauges, Tongs, Sub-zero bath, Templates, U & V Notch milling cutters are available (Optional).
• Accuracy conforms to IS:3766-2003, IS:1598-1977, IS:1757-1999, IS:1499-2003, BS:131-Part-I,II,III,IV & BS EN-10045- 1993 (for Charpy).

Additional Information:

• Delivery Time: Within 30 days
• Packaging Details: Extra

Product Details:

Features:

• For Charpy tests on various Materials
• Strictly conforms to ASTM-E-23-2007 speficiations
• Works on pendulum principle, difference between height of drop of pendulum before rupture and height of rise after rupture of specimen is direclty proportional to empact energy absorbed by specimen and is indicated by a pointer on a large dial for model: AIT-300-ASTM & on display for model: AIT-300-ASTM (D)
• Single stand design which facilities fast and easy positioning and centering of specimen which is basic requirement of sub-zero testing
• Unique spring loaded braking systems for smooth and jerk free braking
• NIST approval of machine with samples from NIST-USA, can be arranged
• Model: AIT-300-ASTM (D) is a digital version of model: AIT-300-ASTM

Additional Information:

• Delivery Time: Within 30 days
• Packaging Details: Extra

Product Details:

The weight of an object is defined as the force of gravity on the object and may be calculated as the mass times the acceleration of gravity, w = mg. You can view the weight as a measure of the mass in kg times the intensity of the gravity field, 9.8 Newtons/kg under standard conditions. 

Additional Information:

• Production Capacity: 10,15
• Delivery Time: Within 1 week
• Packaging Details: Extra