9400 Series Drop Weight Impact Tester
9400 Series Drop Weight Impact Tester
Instrumentation drop weight impact testing machine. It supports a wide range of tests from materials to components, including Charpy, Izod, punching, and CAI tests (compression after impact).
The 9400 series has been developed to provide faster results, fewer errors, and lower training costs for customers at the forefront of high-quality advanced materials development, particularly in laboratories focused on the development of high-strength and lightweight products. The 9400 series drop weight impact testers comply with all major impact testing standards ranging from 0.3J to 1800J. They feature a simple operating procedure, preset test conditions and guided testing, streamlined data management, output for analytical data, and compatibility with high-speed cameras. With these features, Instron's 9400 series drop weight impact testers become simpler, smarter, and safer. *For more details, please download the PDF or contact us.
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basic information
The puncture test, CAI test (compression after impact), tensile impact test, three-point bending test, and wedge delamination impact test are the most common drop weight impact testing methods. These tests determine the toughness of polymers, the load-deflection curve, and the total energy absorption during impact events. The main ISO and ASTM standards related to plastic impact testing include ASTM D3763 for multiaxial impact testing, ISO 6603 for puncture test methods, ASTM D7136 for CAI test methods, ISO 11343 for wedge delamination impact test methods, and ISO 8256 for tensile impact test methods.
Price information
For more details, please contact our company.
Price range
P7
Delivery Time
※Please contact us.
Applications/Examples of results
Impact analysis of hand tools, impact of soccer shoe outsoles, impact characteristics of polycrystalline diamond cutters, impact resistance of saw teeth, measurement of adhesive bond strength under impact according to ISO 11343 (wedge-peel test), impact resistance of hip protectors, impact testing of equestrian equipment for horseback riding sports, impact behavior of rigid plastics under puncture according to ISO 6603-2, impact resistance of plastic shotgun shell fillers, impact of golf club grips, impact testing of fiber-reinforced cement, safety for counterattacking according to BS EN 13277, drop weight impact testing of rocks and ores, high-capacity tensile impact testing, impact testing of molded plastic tanks according to AS/NZS 4766, impact characteristics of pharmaceutical tablets, impact characteristics of concrete beams, impact characteristics of roof tiles, edgewise drop impact of LCD glass panels, compressive impact resistance of composites for maritime applications, high-speed impact testing of dashboards, Airbus test method for determining compressive strength after impact according to AITM, impact characteristics of mouthpieces, impact testing of orthopedic implants, etc.
Detailed information
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Dedicated Software Bluehill Impact
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Wedge Delamination Impact Test Fixture (ISO-11343) for Adhesive Delamination Impact Testing
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Penetration test
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CAI test (Compression After Impact test)
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Tensile impact test
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Three-point bending impact test
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Impact testing of components
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The functionality of the 9450 drop hammer impact testing machine can be expanded to include an impact speed of 24 m/s, a wide test chamber, and the integration of a high-speed camera to capture all events during the impact test.
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Through automated testing, it becomes possible to continuously test and verify newly developed materials. The testing cycle is shortened, allowing products to be launched in a short period of time.
Line up（5）
| Model number | overview |
|---|---|
| 9310 | Energy range (J) 0.15-20.4 / Impact speed (m/s) 0.77-3.71 |
| 9440 | Energy range (J) 0.30-40.5 / Impact speed (m/s) 0.77-4.65 |
| 9450 | Energy range (J) 0.59-757 / Impact speed (m/s) 0.77-4.65 |
| 9450 High Energy | Energy range (J) 0.59-1800 / Impact speed (m/s) 0.77-24.0 |
| 9450 Large Base | Energy range (J) 0.59-1800 / Impact speed (m/s) 0.77-24.0 |
catalog（12）
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![[Data] Wedge Delamination Impact Test (Adhesive - ISO 11343)](https://image.mono.ipros.com/public/catalog/image/01/d88/606787/IPROS39045161138172061684.jpeg?w=120&h=170)
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Company information
Instron was founded in 1946 by Harold Hindman and George Bahl, who were conducting joint research at MIT (Massachusetts Institute of Technology) at the time. They developed the world's first electromechanical (screw-type) universal testing machine. The name "Instron" is derived from "instrument" and "electronics." Instron's product range offers diversity that can cater to almost all global markets and industries, and since its establishment, over 70 years of testing technology and manufacturing experience have been built, with more than 50,000 systems operating worldwide. In 1965, Instron Japan was established to support customers in Japan. Currently, it has major bases in the United States, Europe, and Asia, providing sales and services in 40 languages through agents in 160 countries around the world.