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Understanding a material’s ability to withstand sudden shock or puncture is essential for ensuring durability in real-world applications. The film pendulum impact tester plays a vital role in quantifying this characteristic, especially for plastic films, laminates, and flexible packaging materials. By following standardized methods such as ASTM D3420, this testing approach provides valuable insights into the impact resistance of plastic film under controlled conditions.

At Cell Instruments, the Penguji Dampak Pendulum PIT-01 is designed to meet this demand. It delivers precise energy measurement, reproducibility, and compliance with international Standar ASTM untuk pengujian dampak plastik, supporting both research and quality assurance.

ASTM D3420 and Spencer Impact Test: Recognized Standards in Pendulum Shock Testing

The ASTM D3420 standard outlines the methodology for measuring pendulum impact resistance of plastic film, using a hemispherical impactor to strike the test sample. The spencer impact test, often referenced interchangeably, uses a similar swinging pendulum design to simulate sudden impact on thin materials.

Both methods calculate the energy absorbed during impact, providing a quantitative assessment of the film’s toughness. These tests are essential when evaluating packaging films used in high-risk environments such as food, pharmaceuticals, and industrial applications.

Moreover, compliance with Standar ASTM untuk pengujian dampak plastik ensures data integrity and supports regulatory documentation for product validation.

Applications of Pendulum Impact Resistance Test in Industry

The uji ketahanan benturan film is widely used across industries that rely on durable, high-performance film structures. Common applications include:

• Flexible Packaging: Assessing whether medical or food-grade packaging can resist puncture during transport.
• Printing & Paper: Measuring the tear strength of laminated and coated paper substrates.
• Automotive & Aerospace: Testing composite films and membranes used in interiors and insulation.
• Construction: Evaluating building wrap, foils, and vapor barriers for resistance to mechanical insult.

Each of these applications demands precision and repeatability—requirements that are fully addressed by automated pendulum impact testing equipment such as the PIT-01.

Working Principle of the Film Pendulum Impact Testing Process

During a pendulum shock test, the sample is clamped securely, typically using pneumatic fixtures for consistency. A pendulum swings from a known height, and its impact energy is transferred to the specimen through a calibrated head.

The energy absorbed is calculated based on the reduction in pendulum swing angle after impact. This energy reflects the sample’s toughness—a crucial metric for packaging engineers and R&D professionals seeking to optimize materials for performance and safety.

The Penguji Dampak Pendulum PIT-01 supports multiple impact heads (Ø25.4, Ø19, and Ø12.7 mm) and energy levels up to 5 J, allowing users to tailor testing based on sample type and expected performance thresholds.

Why Choose Cell Instruments’ PIT-01 for Film Impact Resistance Test?

When performing pendulum impact resistance test, consistency is key. Manual testers often suffer from operator variability, leading to fluctuating data. The PIT-01, with its PLC-controlled pneumatic clamping, automatic pendulum releasedan touchscreen interface, ensures each test starts under the same conditions and records data accurately to 0.001 J resolution.

Its key features include:

• Automatic data collection and analysis with max/min/average outputs
• Built-in micro-printer for instant reporting
• Adjustable specimen clamps for various sample sizes
• Software compatibility for data export and long-term monitoring

Whether you are conducting internal product development or third-party quality validation, the PIT-01 is your reliable partner for film pendulum impact testing.

Conclusion: Improve Material Toughness Testing with Confidence

The demand for materials that can endure stress and shock has never been greater. By adopting a reliable, standards-compliant film pendulum impact tester, engineers and QC professionals gain a clear view of how materials behave under real-world impact conditions.

For industries where safety, shelf-life, or packaging integrity is non-negotiable, Cell Instruments’ Penguji Dampak Pendulum PIT-01 offers precision, repeatability, and compliance—all in one solution.

Kontak Cell Instruments Co., Ltd. today to discover how our solutions can enhance your testing capabilities across packaging, medical, and industrial sectors.

The Falling Dart Impact Test is a key procedure used to assess the strength and durability of films, particularly in industries where packaging materials need to withstand sudden impacts. The test simulates real-world conditions where packaging materials may be exposed to physical stresses.

What is the Dart Impact Test?

The Falling Dart Impact Test is a widely used test to evaluate the resistance of films and flexible materials to impact damage. In this test, a dart is dropped from a set height onto the film specimen, and the energy absorbed by the material is measured. The test helps manufacturers determine the material’s toughness and its ability to withstand real-world handling, which is critical for packaging in various industries such as food, medical, and sterile packaging.

The Falling Dart Impact Test is especially important for materials used in food films dan sterile packaging, where the packaging needs to protect contents from external forces during transportation and storage. By performing this test, manufacturers can ensure their materials meet the necessary durability requirements.

ASTM D1709 Standard for Dart Impact Test

The ASTM D1709 standard provides the guidelines for performing the Dart Impact Test on plastic films. This standard specifies the test procedure, the required equipment, and the interpretation of results. The test involves dropping a dart of known mass from a predefined height onto a film sample. The energy absorbed by the film before it punctures is recorded, providing valuable insights into the material’s impact resistance.

The ASTM D1709 standard outlines two test methods: Method A and Method B. Metode A uses a smaller dart (38 mm) and a lower weight range (50-2000g), while Metode B uses a larger dart (50 mm) and a higher weight range (300-2000g). Both methods ensure consistent and comparable results, allowing manufacturers to test different types of films under various conditions.

Key Features of the FDT-01 Falling Dart Impact Tester

Instrumen Sel ' FDT-01 Penguji Dampak Anak Panah Jatuh is an advanced tool designed to perform accurate Impact Tests with efficiency and ease. Here are some of the key features of the FDT-01:

1. Kontrol PLC dan Layar Sentuh HMI: The FDT-01 is controlled by a programmable logic controller (PLC), offering industrial-level stability. The human-machine interface (HMI) touch screen ensures ease of use, allowing for quick setup and operation.
2. Two Test Methods: The tester supports both Metode A dan Metode B, giving flexibility in testing various types of films and materials.
3. Pneumatic Sample Clamping: The pneumatic clamping system ensures the film specimen is securely held in place during testing, improving the consistency and accuracy of results.
4. Automatic Falling Dart Mechanism: The electromagnetic suspension and automatic dart release system ensure precise and repeatable testing, eliminating manual errors.
5. Test Results Displayed in Grams and Joules: The FDT-01 provides test results in both grams (weight) and joules (energy absorbed), helping manufacturers assess the material’s performance comprehensively.
6. Dot Matrix Micro-Printer: The tester includes a built-in micro-printer for immediate data output, allowing for quick analysis of test results.
7. Professional Software (Optional): Optional software is available for further data analysis and storage, enhancing the testing process for advanced users.
8. Safety Features: The FDT-01 is equipped with both test buttons and a foot switch, ensuring safe and easy operation during testing.

How to Perform the Drop Dart Impact Test

To perform the Falling Dart Impact Test, follow these simple steps:

1. Prepare the Sample: Cut the film specimen to the required size (minimum size of 150 mm x 150 mm).
2. Set Up the Test Equipment: Ensure the FDT-01 Penguji Dampak Anak Panah Jatuh is properly calibrated and the specimen is securely clamped in place using the pneumatic clamping system.
3. Select Test Method: Choose either Metode A or Metode B, depending on the type of film and testing requirements.
4. Conduct the Test: Initiate the test by pressing the start button or foot switch to release the dart. The dart will fall from a specified height and impact the film sample.
5. Analyze the Results: After the test, the results will be displayed in grams and joules. The energy absorbed by the material before puncturing will indicate the film’s impact resistance.

Applications of the Dart Impact Test

The Falling Dart Impact Test is widely used in industries where film materials are required to provide protection against physical damage, such as:

• Kemasan Makanan: Ensuring the durability of packaging materials that will protect food from contamination and physical damage during shipping and handling.
• Sterile Packaging: Testing packaging materials used for medical and pharmaceutical products to ensure they remain intact and provide proper protection.
• Consumer Products: Testing films used for electronics, textiles, and other consumer goods that require durable packaging.
• Obat-obatan: Ensuring that pharmaceutical packaging maintains the integrity of sensitive products during transportation.

Kesimpulan

The Falling Dart Impact Test is an essential test for evaluating the durability and performance of film materials used in packaging. By adhering to standards like ASTM D1709, manufacturers can ensure their materials meet the required performance standards. The FDT-01 Penguji Dampak Anak Panah Jatuh from Cell Instruments provides a precise, efficient, and user-friendly solution for performing this important test, helping manufacturers maintain high-quality standards for their products.