Looking for a pendulum impact tester to assess the toughness of non-metallic materials? This guide features five reliable options, each suited to different lab needs—from high-precision digital models to simple beam pendulums. Best for universities and research labs, or manufacturers needing repeatable data for non-metallic samples. Below, find concise comparisons, why each unit was selected, and practical buying considerations.
Summary of selected products
- YUCHENGTECH Analog Pendulum Impact Tester — Simple, durable, easy-to-use for basic impact tests.
- MXBAOHENG Pendulum Impact Testing Machine 22J — High energy range, suited for tougher non-metals; ISO/ASTM aligned.
- MXBAOHENG XJJ-5 Pendulum Impact Testing Machine — Compact 5J model for small-scale tests with good accuracy.
- YUCHENGTECH 22J Pendulum Impact Tester Cantilever Beam — Advanced data handling and multi-energy options.
- Analog Pendulum Impact Tester (Simple Supporting Beam) — Practical, standard-compliant for labs needing a cantilever setup.
YUCHENGTECH Analog Pendulum Impact Tester
The YUCHENGTECH Analog Pendulum Impact Tester is designed for straightforward impact testing on non-metallic materials. Best for small labs or classrooms where quick, repeatable tests are needed without advanced data handling. The device features a rational operation button with emergency stop, a large pointer dial for clear readings, and a stainless-steel base with a durable five-layer electroplating finish for corrosion resistance and longevity.
Who this is best for: laboratories needing a simple, reliable pendulum tester for basic impact measurements on plastics, ceramics, and composites. Why selected: its simplicity and robust build support consistent results with minimum setup.
Limitations: lacks advanced data storage or digital readouts, which may hinder long-term trend analysis or automated reporting.
MXBAOHENG 22J Pendulum Impact Tester
The MXBAOHENG 22J Pendulum Impact Tester is designed to test non-metal materials like hard plastics, nylon, ceramics, and toughened glass. It aligns with ISO180-82 and ASTM D256 standards, making it suitable for research institutes, colleges, and manufacturers seeking standardized testing. Features include a simple structure, easy operation, and high accuracy with a higher energy range to probe tougher samples.
Who this is best for: institutions needing ISO/ASTM-aligned results and a mid-to-high energy capacity for diverse non-metal samples. Why selected: standardized testing compatibility plus straightforward operation.
Caution: more advanced operation may require initial training to fully leverage its data handling capabilities.
MXBAOHENG XJJ-5 Pendulum Impact Tester
The MXBAOHENG XJJ-5 is a compact pendulum impact tester designed for non-metal materials, with a focus on ease of use and accuracy. It is built to ISO180 standards and offers a simple, user-friendly structure ideal for small labs or limited bench space. The 5J energy setting covers many standard tests for plastics and composites.
Who this is best for: small labs needing reliable, compact testing with ISO-compatible procedures. Why selected: compact form factor paired with dependable accuracy and standard compliance.
Limitation: with a smaller energy range, it may not suit very high-energy impact testing needs.
YUCHENGTECH 22J Pendulum Impact Tester Cantilever Beam
This YUCHENGTECH model uses a cantilever beam setup with a 22J energy capacity and five hammers, enabling versatile testing across multiple energies. It features embedded system control, LCD display, and a matrix keyboard for setup and results viewing. Compared to dial-based systems, it offers higher angular resolution and automated data handling for better repeatability.
Who this is best for: researchers and manufacturers seeking higher resolution data and automated result storage. Why selected: higher precision energy readings and convenient data management.
Tip: ensure you have adequate bench space and a power source suited for the embedded control system.
Analog Pendulum Impact Tester (Simple Supporting Beam)
Designed to determine the impact toughness of non-metallic materials such as plastics, reinforced nylon, ceramics, and FRP, this simple beam pendulum tester adheres to GB1834-80, ISO180-82, and JB/T8761-1998 standards. It emphasizes straightforward operation, robust construction, and practical testing in lab or manufacturing environments where basic impact data is required.
Who this is best for: labs needing a standard-compliant, cantilever-based tester with straightforward use. Why selected: strong standard alignment and user-friendly operation.
Limitation: basic data handling may require manual recording for trend analysis.
Buying Guide
- Energy range and sample type: Choose a model with an energy capacity that matches your typical sample thickness and material. Higher energy models test tougher non-metals but require more space and power.
- Measurement approach: Digital readouts offer higher resolution and easier data storage than dial pointers. If you need automated results and storage, favor embedded-system models with LCD or matrix-keyboard interfaces.
- Standards compliance: If you must meet ISO180, ASTM D256, or GB/ JB standards, verify the tester’s alignment with those standards and the ability to document compliance.
- Data management: For long-term testing, prefer units that save results, average energies, and sample statistics without manual note-taking.
- Ease of use and maintenance: Look for clearly labeled controls, quick setup, and corrosion-resistant bases for durability in busy labs.
- Space and configuration: Cantilever-beam models can save bench space but may require precise clamping. Consider whether multiple hammers or presets are needed for your workflow.
Frequently Asked Questions
- What is a pendulum impact tester used for? It measures the energy absorbed by a material during fracture under an impact, indicating toughness for non-metallic materials.
- Which standard should I prioritize? If you work in a multi-labricatory setting, ISO180 and ASTM D256 are common; some models also align with GB or JB standards depending on the region.
- Digital vs. analog readouts — which is better? Digital readouts provide higher resolution and easier data storage, while analog dial readouts can be simpler and cheaper.
- Can these testers test all non-metals? Most are designed for common non-metals like plastics, glass, ceramics, and composites, but always check material compatibility for your specific samples.
- Is training needed to operate these devices? Basic models require minimal training, while higher-energy or digitally controlled units may benefit from brief onboarding to maximize accuracy and data handling.
- What maintenance is required? Regular checks of fasteners, alignment of the pendulum, and cleaning of contact surfaces help maintain accuracy and longevity.
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