Izod Impact Tester LZIT-T2010

Introduction

Izod Impact Tester offers a clear angle display provides 1° resolution for accurate testing. It is compliant with ISO180, D256, JB8762, JB8761, ISO9854 cantilever beam (Izod), and other international standards. Its collecting hopper captures broken specimens automatically after testing. The compact design allows easy integration into laboratory and production environments. Our tester is ideal for measuring impact strength of non-metallic materials, including plastics, fiberglass, ceramics, and insulating materials.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Izod Impact Tester is ideal for measuring impact strength of non-metallic materials, including plastics, fiberglass, ceramics, and insulating materials, by testing energy absorbed by specimens under weight and angle.

Specifications

Impact Energy	1J, 2.75J, 5.5J (optional: 11J, 22J)
Impact Velocity	3.46 m/sec
Drop Angle	150°
Angle Display Accuracy	0.1°
Distance from impact end to axis	32.7 cm
Energy Unit	kg-mm , kg-cm, kg-m , lb-ft, Joule (N-m), custom
Energy display accuracy	0.01 J
Print	16 dot matrix list
Power supply	AC220V, 50/60 Hz
Dimensions (W × D × H)	600 mm × 320 mm × 780 mm
Weight	Approx. 90 kg

Features

Safety Baffle Control

Collecting Hopper Included

Automatic Result Printing

Standards Compliant Testing

Button-Controlled Impact

FAQs

1. What materials can the Izod Impact Tester test?

The Izod Impact Tester is designed to measure the impact strength of a wide range of non-metallic materials. This includes engineering plastics, fiberglass-reinforced plastics, ceramics, cast stone, electrical insulation materials, and plastic pipes. By applying a controlled impact at a specified angle with a defined weight, the tester measures the energy absorbed by the specimen, helping to assess its toughness and resistance to sudden mechanical forces. This makes it ideal for laboratories and production environments where material durability and performance testing are critical.

2. What standards does the Izod Impact Tester comply with?

The Izod Impact Tester complies with major international testing standards, including ISO180, D256, JB8762, JB8761, and ISO9854 cantilever beam (Izod) standards. Compliance ensures that all test results are consistent, reliable, and accepted in quality control and research applications globally. This allows users to confidently perform material testing for regulatory requirements and internal quality assurance, making it suitable for industrial, laboratory, and educational purposes.

3. How does the Izod Impact Tester ensure operator safety?

The Izod Impact Tester incorporates multiple safety features to protect operators during testing. It includes a safety baffle to shield users from broken specimen fragments, and the impact action is controlled by a button to prevent accidental release. Additionally, the collecting hopper captures broken specimens automatically after the test, minimizing manual handling. These features, combined with its compact design, ensure that testing can be conducted safely and efficiently in both laboratory and production environments.

4. What are the technical features of the Izod Impact Tester ?

The Izod Impact Tester offers a clear angle display with 1° resolution, enabling precise measurement of the impact angle for each test. It supports selectable impact energies ranging from 1J to 22J, with standard values of 1J, 2.75J, and 5.5J, and optional 11J and 22J for more demanding applications. The impact velocity is 3.46 m/s with a drop angle of 150°, ensuring compliance with international standards. Its compact footprint allows for easy integration into laboratories and production lines, making it both versatile and user-friendly.

5. What types of applications is the Izod Impact Tester suitable for?

The Izod Impact Tester is suitable for a wide range of applications where determining the toughness of non-metallic materials is critical. It is commonly used in quality control, research and development, material certification, and industrial testing for plastics, fiberglass, ceramics, insulating materials, and composite materials. By measuring the energy absorbed during impact, it helps manufacturers, engineers, and researchers evaluate material performance, predict failure points, and improve product design, ensuring reliability and safety in real-world applications.