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Pendulum Impact Testing Machines

Pendulum impact testing machines measure the energy absorbed by a material under impact loading, providing a direct evaluation of its impact strength and toughness. Understanding a material’s energy-absorption characteristics is essential for predicting how much plastic or permanent deformation it can tolerate before failure. For this reason, pendulum impact testing serves as a core tool in R&D decision-making, quality control, and material acceptance processes across multiple industries.
    1. Pendulum Impact Testing Machine for Plastics, Charpy/Izod Impact Test
    2. Pendulum Impact Testing Machine for Plastics, Charpy/Izod Impact Test For plastics and plastic films, supported test: Charpy impact, Izod impact, and tensile impact testing
      Max. energy: 50J
      Type of test: Charpy Impact Test, Izod Impact Test, Tensile Impact Test
      Standards: ISO, ASTM
      Learn more
    1. Pendulum Impact Testing Machine for Metals, Charpy Impact Test (150J-450J)
    2. Pendulum Impact Testing Machine for Metals, Charpy Impact Test (150J-450J) Metal Charpy impact testing (with pneumatic brake)
      Max. energy: 450J
      Type of test: Charpy Impact Test
      Standards: ISO, ASTM, EN, GB/T, GOST
      Learn more
    1. Pendulum Impact Testing Machine for Metals, Charpy Impact Test (300J-750J)
    2. Pendulum Impact Testing Machine for Metals, Charpy Impact Test (300J-750J) Metal Charpy impact testing (with electromagnetic brake)
      Max. energy: 750J
      Type of test: Charpy Impact Test
      Standards: ISO, ASTM, EN, GB/T, GOST
      Learn more
    1. Pendulum Impact Testing Machine for Metals, Charpy/Izod Impact Test
    2. Pendulum Impact Testing Machine for Metals, Charpy/Izod Impact Test The pendulum impact testing machine is engineered for evaluating the impact resistance of metallic materials under dynamic loading conditions.
      Max. energy: 450J
      Type of test: Charpy Impact Test, Izod Impact Test
      Standards: ISO, ASTM, EN, GB/T, GOST
      Learn more
    1. Pendulum Impact Testing Machine for Metals, Dynamic Tear Testing (DT Test)
    2. Pendulum Impact Testing Machine for Metals, Dynamic Tear Testing (DT Test) The pendulum impact testing machine is specifically designed for dynamic tear (DT) testing of metallic materials.
      Max. energy: 750J
      Type of test: Dynamic Tear Test
      Standards: ASTM, GB/T
      Learn more
    1. Pendulum Impact Testing Machine for Metals, Drop Weight Tear Test (DWTT)
    2. Pendulum Impact Testing Machine for Metals, Drop Weight Tear Test (DWTT) This pendulum impact testing machine is specifically engineered for drop weight tear testing (DWTT) of ferritic steels, pipeline steels, and other metallic materials.
      Max. energy: 100000J
      Type of test: Drop Weight Tear Test
      Standards: ASTM, GB/T, API RP
      Learn more
Ready to Elevate Your Materials Testing Precision?

Consult with our technical experts to find the perfect testing system tailored to your specific research or production requirements.

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Applications
    1. Metallurgy & Steel Industry
    2. Metallurgy & Steel Industry
    1. Composite Materials
    2. Composite Materials
    1. Aerospace & Aviation
    2. Aerospace & Aviation
    1. Construction Materials
    2. Construction Materials
    1. Plastic & Rubber
    2. Plastic & Rubber
    1. Geotextiles
    2. Geotextiles

Is the pendulum impact testing machine suitable for building steels and structural components, especially for low-temperature toughness evaluation?

Yes. A high-stiffness frame combined with a low-friction pendulum shaft enables precise measurement of absorbed energy and fracture toughness for structural steels, cement, and construction components across a wide temperature range. With microcomputer control, the system automatically calculates impact strength, ensuring accurate and reliable test results for engineering applications.

Can the machine ensure data consistency for batch testing of steel, aluminum alloys, and other metals?

Absolutely. Equipped with a high-precision angular displacement sensor and an automatic energy-calculation system, the machine delivers accurate and repeatable measurements of absorbed energy and impact strength. This makes it particularly well suited for batch consistency evaluation in metallurgical and mechanical manufacturing industries.

Can the machine capture the full impact curve and fracture characteristics required for research institutions developing new materials?

Yes. The system supports high-speed data acquisition and can generate full force-time or energy-time curves for the entire impact event. This enables detailed analysis of fracture behavior, crack propagation, and ductile-brittle transition characteristics, meeting the needs of advanced materials research.

Is the machine reliable for evaluating the impact safety performance of automotive and railway components, especially welded parts and structural assemblies?

Yes. Automatic pendulum lifting, precise braking mechanisms, and a fully enclosed protective housing ensure safe, efficient operation during high-energy impact tests. The machine delivers stable performance across 150J to 750J energy ranges, making it highly suitable for evaluating welded joints, safety-critical components, and structural assemblies in automotive, railway, and transportation sectors.
Shenzhen Wance Testing Machine Co., Ltd.
Liu Jiangbo
export@wance.net.cn
+86-13925289160
+86-755-23057280
Products
  • Electromechanical Universal Testing Machines
  • Servo-Hydraulic Universal Testing Machines
  • Pendulum Impact Testing Machines
  • Drop Weight Impact Testing Machines
  • Dynamic Fatigue Testing Machines
  • Plastics & Plastic Pipe Testing Machines
  • Creep & Stress Rupture Testing Machines
  • Automated Testing Systems
  • Compression Testing Machine
  • Bend Testing Machines (Flexural Testing)
  • Torsion Testing Machines
Applications
  • Metallurgy & Steel Industry
  • Composite Materials
  • Aerospace & Aviation
  • Construction Materials
  • Plastic & Rubber
  • Geotextiles