FDT-01 Falling Dart Impact Tester

The Drop Dart Impact Tester is a critical instrument designed to evaluate the impact strength of plastic films, sheets, composite films, foils, and paper with a thickness of less than 1mm. This test is essential for assessing a material’s ability to withstand external forces, directly influencing product performance and durability during handling, transportation, and storage. By simulating real-world conditions, the tester provides valuable data that aids in material selection, product design, and quality control.

What is the Drop Dart Impact Test?

The Drop Dart Impact Test is a widely recognized method for determining the impact resistance of materials. It involves dropping a weighted dart from a specified height onto the test material to measure the energy required to cause failure. The results help manufacturers evaluate material toughness, ensuring products can endure handling stresses and maintain integrity in their applications.

This test method is particularly significant in industries where packaging materials, like plastic films, must endure rigorous conditions without compromising performance.

Compliance with Standards

The Drop Dart Impact Tester conforms to several international standards, ensuring reliable and accurate results:

• ASTM D1709: This standard outlines the procedure for determining the impact resistance of plastic films using a free-falling dart. It specifies conditions, dart weights, and heights, ensuring consistency in testing.
• ISO 7765-1: International standard for impact testing of plastic films.
• JIS K7124-1: Japanese industrial standard for evaluating the impact performance of films.
• GB/T 9639.1: Chinese national standard aligning with global practices for material impact resistance.

Key Features of the Drop Dart Impact Tester

1. PLC Control & Touch Screen Operation
   The tester features a PLC-controlled system and a user-friendly touch screen interface. These components ensure stable performance, ease of use, and efficient test management.
2. Dual Test Methods
   • Method A: Suitable for a dart diameter of 38 ± 1 mm and a drop height of 660 mm.
   • Method B (optional): Designed for a dart diameter of 50 ± 1 mm and a drop height of 1500 mm.
3. Safe and Convenient Operation
   Equipped with both a test button and a foot switch, the device ensures safe and hands-free operation.
4. Automated Calculations
   The embedded program automatically calculates results in grams and joules, eliminating manual data entry and reducing errors.
5. Observation Light & Pneumatic Clamping
   The observation light assists in sample monitoring during tests, while the pneumatic clamp ensures secure sample holding for accurate results.
6. Data Output & Software Integration
   The tester includes a dot matrix micro-printer for direct data output. Optional professional software enhances data management and reporting capabilities.

Technical Specifications

Test Method Method	A or Method B (optional)
Test Range	Method A: 50~2000g/ Method B: 300~2000g
Dart Diameter	Method A: 38±1mm Method B: 50±1mm
Impact Height	660mm/1500mm
Accuracy	0.1g (0.1J)
Clamp	Pneumatic Clamp
Gas Supply	0.6 MPa Φ8 mm PU Tubing
Specimen Size	> 150 mm x 150 mm
Power Supply	AC 110~220V 50Hz
Dimension	Method A: 500*450*1200 mm (LWH) Method B: 500*450*2200 mm (LWH)

Applications and Advantages

The Drop Dart Impact Tester is ideal for:

• Plastic films and sheets used in packaging and product protection.
• Composite films and foils requiring impact resistance evaluation.
• Paper materials subjected to handling stresses.

Benefits

• Improved Quality Control: Ensures materials meet durability standards before use.
• Enhanced Product Design: Provides insights into material performance, aiding in optimal design.
• Cost Efficiency: Reduces material waste by identifying weak points early.

FAQs About Drop Dart Impact Tester

1. Why is the drop dart impact test important?
   It determines the toughness of materials by simulating real-world impact conditions, helping ensure product reliability.
2. What industries benefit from using this tester?
   Industries such as packaging, food, medical, and pharmaceuticals benefit from evaluating the impact strength of materials.
3. What is the significance of ASTM D1709?
   ASTM D1709 provides standardized procedures for conducting drop dart impact tests, ensuring consistency and reliability of results.
4. How does the pneumatic clamping system work?
   The pneumatic system securely holds the sample in place, preventing movement during testing and ensuring accurate results.
5. Can results be exported for further analysis?
   Yes, the tester includes a built-in printer for immediate results and optional software for detailed data management.

Related Products

FBT-01 Falling Ball Impact Tester