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The PIT-01 Pendulum Impact Testing Machine, based on ASTM D3420 methodology, stands as a pinnacle in assessing the impact resistance of materials, particularly tailored for plastic packaging applications.
The PIT-01 Pendulum Impact Tester operates on the principle of measuring the energy required to burst and penetrate the center of a specimen, offering a quantitative assessment of impact resistance properties. Specifically engineered for thin films, sheets, composites, foils, and paper, this tester is indispensable for evaluating materials used in various industries, including packaging, automotive, and construction.
The PIT-01 Pendulum Impact Tester is adept at quantifying the energy needed to rupture or penetrate a specimen, crucial for material characterization, product development, and quality assurance. Its versatility spans across packaging applications, automotive components, construction materials, and composite structures, ensuring reliable performance and precise results.
The significance of impact testing in assessing the durability and reliability of packaging materials cannot be overstated. Particularly for paper and flexible packaging utilized in industries such as food, beverage, pharmaceuticals, and beyond, understanding the impact strength is imperative. The PIT-01 Pendulum Impact Tester serves as an indispensable tool for evaluating the robustness of packaging materials, ensuring they withstand handling, transportation, and storage challenges while maintaining product integrity.
Impact Energy | 1 J, 2 J, 3 J |
Resolution | 0.001 J |
Impact Head Size | Ф25.4, Ф19, Ф12.7 mm |
Specimen Clamp | Pneumatic Clamp |
Clamp Diameter | Ф89 mm, Ф60 mm |
Gas Supply | 0.6 MPa Φ6 mm PU Tubing |
Specimen Size | 100*100 mm or Ф100 mm |
Power Supply | AC 110~220V 50Hz |
Complying with internationally recognized standards such as ASTM D3420 and NF T54-116, the PIT-01 ensures that impact resistance testing is conducted in accordance with industry benchmarks.
Put the PIT-01 Pendulum Impact Tester into your laboratory to experience precision, reliability, and efficiency in impact resistance evaluation.