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Product Details:
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Model: | HZ-1702 | Standard: | ISO180, GB/T2611, JB/T8761 Standards. |
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Pendulum Energy: | 1J 2.75J 5.5J | The Speed Of Pendulum Impact: | V=3.5m/s |
The Impact Of Blade Size: | R=0.8mm | Pendulum Pre-elevation: | 160° |
Dial Scale: | 0.05J/per Cell | Combat Center Distance: | 0.335m |
The Blade Radius: | R=0.8±0.2mm | Temperature: | 15~35℃ |
Highlight: | 220V Digital Pendulum Impact Tester,3.5m/s Digital Pendulum Impact Tester,Antiwear Pendulum Type Impact Testing Machine |
Plastic Lab Testing Equipment Cantilever Beam Impact Testing Machine Hz-1703a ISO180
Equipment description
This impact testing machine is used to test the nonmetal materials' impact toughness for the hard thermoplastic, thermosetting plastic, filling and fiber reinforced plastics, reinforced nylon, glass fiber reinforced plastics, ceramics, cast stone, electrical insulation materials, as well as these plastics' plate, including laminated plates. This tester has a wide range of measurement, single dial which is clear, has simple structure, convenient for operation, beautiful outward appearance.
Meet standards:
This impact testing machine in line with the standard of GB/T1843 "plastic cantilever beam impact test method" as well as requirement of ISO180, GB/T2611, JB/T8761 standards.
Applicable industry:
It is the ideal laboratory test equipment for the he chemical industry, research institution, universities, quality inspection departments, professional manufacturers
Model | HZ-1702A |
Pendulum energy | 1J 2.75J 5.5J |
The speed of pendulum impact | V=3.5m/s |
The impact of blade size | R=0.8mm |
Pendulum Pre-elevation | 160° |
Dial scale | 0.05J/per cell |
Combat center distance | 0.335m |
Reading mode | Display on the dial |
The impact of the distance above the blade to the jaw | 22±0.2mm |
The blade radius | R=0.8±0.2mm |
The energy consumption | 1.J <0.02J 2.75J <0.03J 5.5J <0.03J |
Temperature | 15~35℃ |
Power | 220V, 50Hz |
Sample types | The best of the sample type-I(preferred type) |
The sample indentation
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Model A-indentation 45°±1° Gap at the bottom of the radius is R0.25±0.05mm |
Model B-indentation 45°±1° Gap at the bottom of the radius is R1±0.05mm |
Contact Person: liang
Tel: 8613711888650
Fax: 86--13827265866