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Brand Name : | Cell Instruments |
Model Number : | FDT-01 |
Certification : | CE |
Price : | GET AN OFFER |
Payment Terms : | L/C, T/T |
Supply Ability : | 100 Sets/Week |
Delivery Time : | 3 days |
The Impact Tester for Plastic Film (FDT-01) by Cell Instruments is a cutting-edge device engineered to evaluate the impact resistance of various thin materials, including plastic films, sheets, foils, paper, and composite films. This powerful tool simulates the impact of a free-falling dart, providing invaluable data to help manufacturers and researchers optimize material selection and packaging performance.
The Impact Tester for Plastic Film plays a crucial role in determining the impact strength of plastic films used in diverse industries, including packaging, pharmaceuticals, food, and textiles. By measuring the energy required to cause material failure upon impact, this tester allows manufacturers to make informed decisions about their material choices and packaging designs, ensuring products can withstand physical stresses during production, transport, and handling.
The Falling Dart Impact Tester employs advanced technology to deliver reliable results with high precision. This device’s versatility makes it suitable for a wide range of materials and applications. With support for two test methods (A and B), it is an indispensable tool for quality control and material testing in industries where packaging integrity is paramount.
Precision and Accuracy:
The Impact Tester for Plastic Film ensures precise and consistent results with its industrial-grade
PLC control system. The HMI touch screen interface provides
seamless operation, making it easy for users to configure test
parameters and monitor test progress in real-time.
User-Friendly Operation:
The intuitive test program simplifies the process of conducting
impact tests. Users can easily adjust test weights and perform
automated calculations, eliminating the need for manual data
analysis. This feature saves time and reduces the potential for
errors in data interpretation.
Versatility:
The tester supports two distinct test methods (A and B), allowing
flexibility in material testing. Whether testing lightweight
plastic films or heavier composites, this Impact Tester for Plastic Film can accommodate a wide range of applications.
Data Display Options:
Test results can be displayed in both grams and Joules, providing
flexibility in measurement units. This ensures that the results are
easily understandable and can be integrated into various material
analysis workflows.
Automated Falling Process:
The automated dart drop system utilizes electromagnetic suspension
technology to ensure uniform and controlled impact testing. This
results in consistent, reproducible data that reflects real-world
conditions accurately.
Safety and Convenience:
Designed with safety in mind, the Impact Tester for Plastic Film includes pneumatic clamping mechanisms and manual controls for
secure operation. A foot switch ensures that users can start tests
hands-free, while the integrated observation light facilitates
sample inspection during clamping.
Professional Software for Advanced Data Analysis:
For detailed analysis and reporting, the optional professional
software provides advanced tools to process test data and generate
comprehensive reports, helping users to identify trends and make
data-driven decisions.
Quality Assurance:
By testing the impact strength of plastic films, manufacturers can
ensure their products meet stringent quality standards. This is
particularly important for packaging materials that will be
subjected to external impacts during transportation and handling.
The Impact Tester for Plastic Film enables precise evaluations, ensuring that materials maintain
their integrity under stress.
Cost Reduction:
Early identification of material weaknesses through Impact Tester for Plastic Film tests helps minimize production costs. By detecting potential
failures before mass production, companies can reduce material
waste, improve efficiency, and avoid costly product recalls.
Performance Optimization:
Understanding how materials respond to impacts is vital for
optimizing packaging performance. Whether designing food containers
or medical packaging, the Impact Tester for Plastic Film provides valuable insights that can inform decisions about
material strength, resilience, and overall product durability.
The Impact Tester for Plastic Film is widely used across various industries:
Packaging Industry:
Ensuring that packaging materials, such as plastic films, withstand
impacts during handling and transport.
Food and Pharmaceuticals:
Testing materials for protective packaging, ensuring they maintain
product integrity under physical stresses.
Textiles and Printing:
Evaluating the impact strength of films and foils used in textile
and print applications, where material durability is critical.
Consumer Goods:
Assessing plastic films used in product packaging for items like
toiletries and medical supplies.
Main Parameter | FDT-01 |
---|---|
Test Method | Method A or Method B (optional) |
Test Range | Method A: 50 |
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 |
Dimensions | Method A: 5004501200 mm, Method B: 5004502200 mm |
The Impact Tester for Plastic Film is compliant with the following industry standards:
These certifications ensure that the Impact Tester for Plastic Film meets international testing requirements, offering reliability and credibility in your testing processes.
The Falling Dart Impact Tester for Plastic Film by Cell Instruments is an essential tool for evaluating the impact strength of plastic films and other thin materials. With advanced features such as automated testing, user-friendly interfaces, and compliance with international standards, this tester is perfect for industries where material strength and quality control are crucial. Whether you are in packaging, food, pharmaceuticals, or textiles, the Impact Tester for Plastic Film helps you ensure that your materials are up to the challenge.
The Impact Tester for Plastic Film (FDT-01) by Cell Instruments is a cutting-edge device engineered to evaluate the impact resistance of various thin materials, including plastic films, sheets, foils, paper, and composite films. This powerful tool simulates the impact of a free-falling dart, providing invaluable data to help manufacturers and researchers optimize material selection and packaging performance.
The Impact Tester for Plastic Film plays a crucial role in determining the impact strength of plastic films used in diverse industries, including packaging, pharmaceuticals, food, and textiles. By measuring the energy required to cause material failure upon impact, this tester allows manufacturers to make informed decisions about their material choices and packaging designs, ensuring products can withstand physical stresses during production, transport, and handling.
The Falling Dart Impact Tester employs advanced technology to deliver reliable results with high precision. This device’s versatility makes it suitable for a wide range of materials and applications. With support for two test methods (A and B), it is an indispensable tool for quality control and material testing in industries where packaging integrity is paramount.
Precision and Accuracy:
The Impact Tester for Plastic Film ensures precise and consistent results with its industrial-grade
PLC control system. The HMI touch screen interface provides
seamless operation, making it easy for users to configure test
parameters and monitor test progress in real-time.
User-Friendly Operation:
The intuitive test program simplifies the process of conducting
impact tests. Users can easily adjust test weights and perform
automated calculations, eliminating the need for manual data
analysis. This feature saves time and reduces the potential for
errors in data interpretation.
Versatility:
The tester supports two distinct test methods (A and B), allowing
flexibility in material testing. Whether testing lightweight
plastic films or heavier composites, this Impact Tester for Plastic Film can accommodate a wide range of applications.
Data Display Options:
Test results can be displayed in both grams and Joules, providing
flexibility in measurement units. This ensures that the results are
easily understandable and can be integrated into various material
analysis workflows.
Automated Falling Process:
The automated dart drop system utilizes electromagnetic suspension
technology to ensure uniform and controlled impact testing. This
results in consistent, reproducible data that reflects real-world
conditions accurately.
Safety and Convenience:
Designed with safety in mind, the Impact Tester for Plastic Film includes pneumatic clamping mechanisms and manual controls for
secure operation. A foot switch ensures that users can start tests
hands-free, while the integrated observation light facilitates
sample inspection during clamping.
Professional Software for Advanced Data Analysis:
For detailed analysis and reporting, the optional professional
software provides advanced tools to process test data and generate
comprehensive reports, helping users to identify trends and make
data-driven decisions.
Quality Assurance:
By testing the impact strength of plastic films, manufacturers can
ensure their products meet stringent quality standards. This is
particularly important for packaging materials that will be
subjected to external impacts during transportation and handling.
The Impact Tester for Plastic Film enables precise evaluations, ensuring that materials maintain
their integrity under stress.
Cost Reduction:
Early identification of material weaknesses through Impact Tester for Plastic Film tests helps minimize production costs. By detecting potential
failures before mass production, companies can reduce material
waste, improve efficiency, and avoid costly product recalls.
Performance Optimization:
Understanding how materials respond to impacts is vital for
optimizing packaging performance. Whether designing food containers
or medical packaging, the Impact Tester for Plastic Film provides valuable insights that can inform decisions about
material strength, resilience, and overall product durability.
The Impact Tester for Plastic Film is widely used across various industries:
Packaging Industry:
Ensuring that packaging materials, such as plastic films, withstand
impacts during handling and transport.
Food and Pharmaceuticals:
Testing materials for protective packaging, ensuring they maintain
product integrity under physical stresses.
Textiles and Printing:
Evaluating the impact strength of films and foils used in textile
and print applications, where material durability is critical.
Consumer Goods:
Assessing plastic films used in product packaging for items like
toiletries and medical supplies.
Main Parameter | FDT-01 |
---|---|
Test Method | Method A or Method B (optional) |
Test Range | Method A: 50 |
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 |
Dimensions | Method A: 5004501200 mm, Method B: 5004502200 mm |
The Impact Tester for Plastic Film is compliant with the following industry standards:
These certifications ensure that the Impact Tester for Plastic Film meets international testing requirements, offering reliability and credibility in your testing processes.
The Falling Dart Impact Tester for Plastic Film by Cell Instruments is an essential tool for evaluating the impact strength of plastic films and other thin materials. With advanced features such as automated testing, user-friendly interfaces, and compliance with international standards, this tester is perfect for industries where material strength and quality control are crucial. Whether you are in packaging, food, pharmaceuticals, or textiles, the Impact Tester for Plastic Film helps you ensure that your materials are up to the challenge.
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