When evaluating the impact resistance of nonmetallic materials, selecting a reliable pendulum impact testing machine is essential. This guide highlights five leading models, detailing their design, accuracy, and practical use cases—from film materials to engineering plastics and composites. Each section links directly to the corresponding Amazon product for quick access, while the buying guide below helps you compare core features and choose the right instrument for your lab or facility.
| Product | Brand | Key Use |
|---|---|---|
| YUCHENGTECH Analog Pendulum Impact Tester (Pendulum Impact Tester for Nonmetallic Material) | YUCHENGTECH | General nonmetallic materials |
| Analog Pendulum Impact Tester (Simple Supporting Beam) | Futt | Hard plastics, FRP, ceramics |
| Analog Pendulum Impact Tester (Impacting Testing Machine) | XAXAX | Nonmetallic materials like plastics and composites |
| YUCHENGTECH Film Pendulum Impact Tester | YUCHENGTECH | Film materials and metal foil |
| YUCHENGTECH Pendulum Impact Tester (Digital, 50J) | YUCHENGTECH | Digital measurements with higher energy range |
YUCHENGTECH Analog Pendulum Impact Tester Pendulum Impact Testing Machine Simple Beam Pendulum Impact Tester for Nonmetallic Material
The YUCHENGTECH Analog Pendulum Impact Tester is designed for nonmetallic materials, featuring a rational operational button with one-button emergency stop and a large pointer dial for clear scale readings. Automatic docking calculation provides final results with high test accuracy. The base is constructed from stainless steel with a five-layer electroplating process, offering strong durability, corrosion resistance, and wear resistance. This model is suitable for labs conducting routine impact tests on plastics, composites, and related materials. The ergonomic design supports straightforward setup and repeatable results across many trials.
Analog Pendulum Impact Tester Impact Resistance Testing Machine (Simple Supporting Beam)
Designed to assess impact toughness in hard plastics, reinforced nylon, FRP, ceramics, ceramics-based composites, and similar nonmetals, this model supports wall-mounted or bench-top testing with a cantilever beam approach. It aligns with GB1834-80, ISO180-82, and JB/T8761-1998 standards, making it suitable for university laboratories, research institutes, and material manufacturers. The device emphasizes a straightforward structure, easy operation, and a high degree of testing control, which helps ensure reliable comparative data across material batches.
Analog Pendulum Impact Tester Impacting Testing Machine
Known for its broad applicability, this analog pendulum tester covers many nonmetallic materials, including engineering plastics, fiberglass, ceramics, insulating materials, and plastic components. It provides multiple energy levels and tight energy loss control to support accurate impact resistance measurements. A robust mechanical structure underpins consistent test conditions, with repeatable results crucial for R&D and quality assurance processes in material development and testing facilities.
YUCHENGTECH Film Pendulum Impact Tester Pendulum Impact Testing Machine for Film Material
Specifically suited for film and foil materials, this pendulum tester offers an upgraded release design for easier operation and time savings. A large pointer dial supports precise reading, and the device provides an automatic stop feature to minimize operator-dependent errors. It is ideal for evaluating the impact toughness of plastics and films under standardized swinging head and weights, enabling accurate energy readings with low energy errors.
YUCHENGTECH Pendulum Impact Tester Pendulum Impact Testing Machine Digital Impacting Testing Machine 50J Simple Beam
This digital pendulum impact tester offers LCD readouts with high precision and improved angle resolution for more accurate results than traditional pointer displays. It automatically corrects energy loss from friction and wind resistance, displaying the energy absorbed by the sample. Data storage is a key feature: single-chip microcomputer control calculates each test energy and the average energy, streamlining data collection and analysis for research and compliance reporting.
LGXEnzhuo Portable Skid Resistance Pendulum Tester
The LGXEnzhuo skid resistance tester uses a cast iron alloy base for durability and is designed in line with JTG E60-2008, JTG E42-2005, and JTJ 052-2000 standards. It supports tests across road surface materials and functions as a comprehensive pendulum instrument for coarse aggregate matching and friction assessments. The unit’s robust construction provides stable operation under heavy test cycles, making it suitable for field and laboratory testing of road materials and surface friction coefficients.
MXBAOHENG Analog Pendulum Impact Tester
This analog pendulum impact tester determines the impact strength of engineering plastics, glass fiber composites, ceramics, cast stone, and various nonmetallic materials. The device emphasizes straightforward operation and robust performance, serving as a practical option for laboratories conducting material toughness evaluations across a wide range of nonmetallic substances.
MXBAOHENG Digital Pendulum Impact Tester 22J Charpy
This digital pendulum impact tester covers a broad energy range (1J to 22J depending on hammer) with a 3.5 m/s impact speed and a 150-degree pendulum angle, offering precise energy readings for Charpy-style testing. It is well-suited for both R&D and quality control environments where diverse material sets require consistent, comparable impact data.
Buying Guide: Key Considerations For Pendulum Impact Testing Machines
- Test standard compatibility: Ensure the instrument supports relevant standards (GB, ISO, JB/T) for your region and industry.
- Energy range and accuracy: Choose a model with an energy range that matches your materials (e.g., 1J–22J) and a design that minimizes energy loss from friction and wind.
- Measurement display: Decide between digital LCD readouts for precision and pointer dials for simplicity. Digital systems typically offer easier data storage and analysis.
- Sample compatibility: Confirm the device can accommodate the material forms you test (films, plastics, ceramics, composites) and any specific fixture requirements.
- Durability and maintenance: Look for corrosion-resistant bases, robust mechanical assemblies, and straightforward maintenance routines.
- Data handling: Consider built-in data calculation, averaging across tests, and export options for report generation.
- Operation and safety: Favor models with intuitive controls and clear emergency stop features for safe lab use.
- Portability vs. stability: If field testing is needed, prioritize portable pendulum testers with stable bases; for fixed labs, larger benchtop units may be preferable.
- Budget and support: Weigh upfront costs against long-term reliability and the availability of supplier support, spare parts, and calibration services.