High Purity Gas,Semiconductor Gas,Electronic Gases,Oxygen Mixture Guangdong Huate Gas Co., Ltd , https://www.huatehfc.com
Jbw-300b Impact Testing Machine
The JBW-300B impact testing machine is a modern device designed for the real-time measurement and recording of material characteristics during impact testing. This advanced equipment enables both simply supported beam and cantilever beam testing by simply replacing the pendulum and sample holder, offering versatility in different testing scenarios.
This machine is widely applicable for a variety of materials including rubber, plastic, films, textiles, fibers, nanomaterials, polymer composites, foam packaging, paper, wires, cables, optical fiber, belts, leather, shoes, tapes, springs, steel, bearings, stainless steel, castings, metal plates, non-ferrous metals, automotive components, and more. It supports multiple tests such as tensile, compression, bending, tearing, 90° peeling, 180° stripping, shear, cohesive force, pulling force, and elongation.
Key specifications include:
- **Model No.:** JBW-300B
- **Loading Method:** Dynamic Load
- **Display:** Digital
- **Control:** Computer-Controlled
- **Weight Range:** 1000–2000 kg
- **Power Source:** AC 380V
- **Oil Cylinder Position:** Top
- **Trademark:** EA
- **Packaging:** Wooden Case
- **Origin:** Shandong, China
- **HS Code:** 9024109000
The machine features a microcomputer screen display for easy operation and data analysis. It offers impact energy options of 150/300 J and 250/500 J, with a swing center to impact point distance of 750 mm or 800 mm. The impact velocity is set at 5.2 m/s or 5.4 m/s, and the pendulum pre-blow angle is 150 degrees.
The sample support span is 40 ± 0.2 mm, with jaw fillets of R1–1.5 mm and impact blade fillets of R8, R2–2.5 mm ± 0.05 mm. Standard sample dimensions are 10 (7.5, 5, 2.5) mm × 10 mm × 55 mm, allowing flexibility in testing different sample sizes.
Designed for precision and efficiency, this impact testing machine is ideal for laboratories, quality control departments, and research institutions that require accurate and reliable mechanical property assessments. Its robust construction, user-friendly interface, and wide range of applications make it a valuable tool in material science and engineering.