Product Description
Product Features Notes1
- Menu interface, color touch screen operation, convenient and fast to set test parameters.
- Two test modes A and B are provided, and the test status is automatically judged.
- The falling dart adopts the principle of electromagnetic hanging, which can release automatically, effectively avoiding the system error caused by human factors.
- Pneumatic sample clamping, manual and pedal dual start mode, built-in observation lamp unique design; convenient, fast and accurate operation.
- Professional computer software supports the functions of multi unit display of test results, graphic display of test process, output and print function, showing the results clearly and intuitively.
- Micro printer and standard RS232 interface make the tester convenient for the external connection and data transmission between the system and the computer.
Testing Principle
At the beginning of the test, select the test method as the first procedure, estimate an initial mass and 3m value, and conduct the test. If the first sample is damaged, the weight 3m shall be used to reduce the falling mass; if the first sample is not broken, the weight 3m shall be used to increase the falling mass for test in turn. In short, the use of weights to reduce or increase the falling mass depends on whether the previous sample is damaged. After 20 samples are tested, the total number of damaged samples is calculated. If n is equal to 10, the test is completed; if n is less than 10, continue the test after supplementing samples until n is equal to 10; if n is greater than 10, continue testing after supplementing samples until the total number of undamaged samples is equal to 10. Finally, the system automatically calculates the impact results.
Reference Standard Note 1
ISO 7765-1-1988, ASTM D1709, GB/T 9639.1-2008, JIS K7124-1
Test Applications
| Basic Applications |
- Film & Sheet
It is suitable for testing the impact resistance of plastic film, sheet and composite film with thickness less than 1 mm. Such as PE film, wrapping film, PET sheet, food packaging bags of various structures, heavy packaging bags, etc
|
- Aluminum Foil, Aluminum Plastic Composite Film
It is suitable for testing the impact resistance of aluminum foil and aluminum plastic composite film
|
- Paper and Paperboard Test
It is suitable for testing the impact resistance of paper and paperboard
|
| Extended Applications |
- Drop Ball Impact Test
It is suitable for the drop ball impact test of the sample. The sample is clamped on the falling ball impact test fixture, and the falling ball of certain quality is selected to impact the sample from a certain height. The damage of the sample is checked and the impact resistance of the sample is judged
|
- Shoulder Lining Impact Test
It is suitable for the falling dart impact test of shoulder lining. Put the shoulder lining sample on the special test fixture, select a certain quality dart head to impact the shoulder lining sample from a certain height, and judge the impact resistance of the sample according to the sample damage
|
Technical Parameters Note 2
| Items |
Parameters |
| Measuring Method |
Method A, method B(optional) |
| Test Scope |
Method A: 50-2000g Method B: 300-2000g |
| Weight Accuracy |
+0.5% |
| Sample Clamping |
Pneumatic |
| Air Source Pressure |
0.6 MPa (Prepared by user) |
| Air Connection |
I 8 mm polyurethane pipe |
| Sample Size |
>150 mm x 150 mm |
| Power Supply |
220VAC 50Hz / 120VAC 60Hz |
| Net Weight |
70 kg |
| Dimensions |
Amethod:500 mm (L) 450 mm (W) 1320 mm (H) |
| Method B: 500 mm (L) 450 mm (W) 2160 mm (H) |
Product Configuration Note 1
| Standard Configuration |
A method configuration, touch screen, micro printer |
| Options |
Method B configuration, professional software and communication cable |
| Remarks |
The air source interface of the machine is I 8 mm polyurethane pipe; the air source is provided by the user |
Note 1: The product functions, reference standards and configuration information are subject to the specific marks in the "technical indicators".
Note 2: The parameters in the table are measured by professional operators in Labthink laboratory according to the requirements and conditions of relevant laboratory environmental standards.
Accurate Impact Testing for Plastic FilmsThis apparatus delivers consistent and accurate measurements of impact resistance for plastic films using gravity-driven free-fall hammers and advanced sensors. Its compliance with ASTM D1709 and IS 2508 assures reliable, industry-standard results. Its robust construction and digital display provide ease of use and clear data interpretation, making it ideal for quality control in both laboratory and manufacturing environments.
Flexible and User-Friendly DesignWith interchangeable hammer weights ranging from 300 g to 2,000 g and an adjustable drop height (up to 1,000 mm), users can tailor tests to specific film types and thicknesses. The pneumatic clamping system ensures secure specimen hold, while the intuitive manual and pneumatic controls simplify operation. The internal memory, storing up to 50 results, streamlines data management and reporting.
Enhanced Safety and DurabilityEquipped with a powder-coated body, corrosion-resistant stainless steel impact plate, and a reliable guard with interlock safety mechanism, this impact tester emphasizes operator protection and long service life (>10,000 cycles). Its quiet operation (<65 dB), along with rigorous design for vibration-free installation, makes it a safe and durable addition to any test facility.
FAQ's of Drop Hammer impact testing apparatus for Plastic Films:
Q: How does the Drop Hammer Impact Tester measure the impact resistance of plastic films?
A: This tester operates using a gravity-driven free-fall hammer that impacts the secured film specimen, measuring the energy absorbed during the fracture. The adjustable hammer mass and drop height allow for precise calibration according to specific testing needs, and results are displayed instantly on a digital LCD.
Q: What are the benefits of using interchangeable hammer weights for testing plastic films?
A: Interchangeable hammer weights (from 300 g to 2,000 g) enable a broad range of impact energies (0.1 J-50 J), allowing accurate simulation of various real-world conditions and compliance with different industry standards, thus improving the versatility and reliability of your testing process.
Q: When should the calibration kit be used with the apparatus?
A: The certified calibration kit included with the tester should be used during initial setup and routine maintenance, typically before critical test sessions or at regular intervals, to ensure the ongoing accuracy of impact energy measurements and maintain compliance with ASTM and IS standards.
Q: Where is this apparatus best installed and used?
A: The equipment is designed for installation in laboratory or industrial environments on a vibration-free, level surface, away from direct sunlight. Operating in controlled ambient conditions (10C-40C, up to 85% RH) will maximize precision and device longevity.
Q: What is the process for conducting an impact test on plastic films?
A: First, mount the specimen (typically 150 mm 150 mm) securely using the pneumatic clamping system. Select the desired hammer mass and adjust the drop height. Once safety interlocks are confirmed, release the hammer for a single impact. The apparatus records the result, which can be reviewed immediately or stored for future reference.
Q: How does the safety mechanism ensure operator protection during tests?
A: A mechanically robust guard with an interlock system prevents the operation when the cover is open, significantly reducing the risk of accidental contact with moving parts. This ensures safe testing and compliance with standard laboratory safety protocols.