Skip links

Dart Impact Tester

Call for Our Best Deal

+91 9870897501

Dart Impact Tester

The Pakmo Dart Impact Tester is a crucial testing instrument designed to evaluate the impact resistance of plastic films, sheets, laminates, and other flexible materials. It simulates real-life conditions by dropping a weighted dart from a set height onto the material surface—revealing how well the product can withstand external stress or sudden force.

The Pakmo Dart Impact Tester is an essential device for assessing the impact resistance of materials such as plastic films, laminated sheets, and flexible packaging. It replicates real-life scenarios by dropping a hemispherical dart from a defined height onto the sample—helping manufacturers verify product durability, toughness, and quality under stress.

Dart Impact Tester

Applications Of Dart Impact Tester

🚛 Packaging Material Testing
Ensures films and sheets survive impact during transit, reducing product damage.

🏭 Manufacturing Quality Control
Validates that materials meet durability standards and industry benchmarks.

🧪 Research & Development
Supports innovation by helping optimize material blends and designs.

✅ Compliance Testing
Meets global standards, making your product market-ready worldwide.

Key Benefits Of Dart Impact Tester

🛡️ Durability Verification
Tests materials for puncture or break resistance under impact.

💰 Cost-Effective Quality
Prevents large-scale failures through early defect detection.

🚀 Enhanced Performance
Delivers stronger, more reliable products for competitive advantage.

🌍 International Compliance
Follows standardized test methods (ASTM/IS) for global credibility.

Standard Test Methods: As per Method A & B

🔘 Dart Heads (Hemispherical):

  • Method A (38.10 mm ± 0.13 mm):

    • SS: 1 Nos. | Aluminum: 1 Nos. | Phenolic: 1 Nos.

  • Method B (50.80 mm ± 0.13 mm):

    • SS: 1 Nos. | Aluminum: 1 Nos. | Phenolic: 1 Nos.

Weights as per IS 2508 Standards

Weight (g)Qty.Material
14Aluminum
24Aluminum
54Aluminum
104Aluminum
152Aluminum
152Stainless Steel
302Stainless Steel
452Stainless Steel
501Stainless Steel
603Stainless Steel
901Stainless Steel
1002Stainless Steel
1205Stainless Steel
1806Stainless Steel
2007Stainless Steel

🔒 Acrylic Safety Cover
Fitted over the clamping unit to prevent dart damage during drop.

📦 Protected Storage Boxes
Secured compartments to organize and safeguard weights.

💨 Air Compressor
To be arranged by the client for full functionality.


Let me know if you’d like a branded brochure design, PDF layout, or if you want to include technical drawings or dimensions next.

  • 📌  Technical Specifications

    FeatureDetails
    📏 Reference StandardASTM D-1709 & IS 2508 compliant
    🗜️ Specimen ClampingPneumatically operated for secure film holding
    🧲 Release MechanismElectromagnetic release with centering device
    📐 Dart Shaft Size6.5 mm OD × 127.5 mm length
    ⚖️ Dart WeightsAluminum & SS weights from 1g to 200g
    🔢 Counter6-digit electronic counter for test cycle tracking
    🛡️ Safety CoverAcrylic shield to prevent dart-related accidents
    📉 Drop MechanismAdjustable dart drop height as per test method

✨ Key Features –

🧪 Testing Methodology
  • A steel dart is dropped from a set height to determine the impact energy required to puncture the specimen.

  • Adjustable drop height and dart weight allow simulation of various real-world impact scenarios.

⚙️ Advanced Mechanism
  • Electromagnetic dart holder with pneumatic control ensures precise, secure release.

  • Pneumatically operated clamps keep the sample firmly in place during the test.

  • Integrated 6-digit digital counter tracks the number of test cycles accurately.

🛡️ Safety Features
  • Transparent acrylic safety cover protects the user from accidental dart drops.

  • A shielded specimen area prevents dart-related damage to the machine or surroundings.

🌍 Compliance with Standards
  • Built to meet ASTM D-1709, IS 2508, and other global standards.

  • Delivers accurate, internationally accepted test results across industries.

🧩 Customization Options
  • Supplied with darts having hemispherical heads (Method A & B).

  • Includes weight sets from 1g to 200g in aluminum and stainless steel for versatile testing.

🏋️ Durable Construction
  • Equipped with a heavy metal base for extra stability.

  • Eliminates movement during testing, ensuring high accuracy and repeatability.

A Dart Impact Tester is a device used to determine the impact resistance of plastic films, sheets, and packaging materials. It assesses the material’s strength by dropping a weighted dart from a specified height and measuring whether the sample fails or withstands the impact.

The test is based on ASTM D1709, where a free-falling dart strikes a plastic film to determine the energy required to cause failure. The result helps evaluate material toughness and durability.

  • It is commonly used for polyethylene (PE), polypropylene (PP), polyester (PET), PVC, and other flexible films used in packaging, agriculture, and industrial applications.

The two main methods under ASTM D1709 are:

  • Method A: Uses a 38 mm diameter dart dropped from 660 mm height.
  • Method B: Uses a 50.8 mm diameter dart dropped from 1524 mm height.
  • The test determines the failure weight (g or kg) at which 50% of the samples fail, known as the Mean Failure Weight (MFV).
Dart Impact Tester

Dart Impact Tester

Call for Our Best Deal

+91 9870897501

Dart Impact Tester

Call for Our Best Deal

+91 9870897501

Dart Impact Tester

The Pakmo Dart Impact Tester is a crucial testing instrument designed to evaluate the impact resistance of plastic films, sheets, laminates, and other flexible materials. It simulates real-life conditions by dropping a weighted dart from a set height onto the material surface—revealing how well the product can withstand external stress or sudden force.

The Pakmo Dart Impact Tester is an essential device for assessing the impact resistance of materials such as plastic films, laminated sheets, and flexible packaging. It replicates real-life scenarios by dropping a hemispherical dart from a defined height onto the sample—helping manufacturers verify product durability, toughness, and quality under stress.

Dart Impact Tester

Applications Of Dart Impact Tester

🚛 Packaging Material Testing
Ensures films and sheets survive impact during transit, reducing product damage.

🏭 Manufacturing Quality Control
Validates that materials meet durability standards and industry benchmarks.

🧪 Research & Development
Supports innovation by helping optimize material blends and designs.

✅ Compliance Testing
Meets global standards, making your product market-ready worldwide.

Key Benefits Of Dart Impact Tester

🛡️ Durability Verification
Tests materials for puncture or break resistance under impact.

💰 Cost-Effective Quality
Prevents large-scale failures through early defect detection.

🚀 Enhanced Performance
Delivers stronger, more reliable products for competitive advantage.

🌍 International Compliance
Follows standardized test methods (ASTM/IS) for global credibility.

Standard Test Methods: As per Method A & B

🔘 Dart Heads (Hemispherical):

  • Method A (38.10 mm ± 0.13 mm):

    • SS: 1 Nos. | Aluminum: 1 Nos. | Phenolic: 1 Nos.

  • Method B (50.80 mm ± 0.13 mm):

    • SS: 1 Nos. | Aluminum: 1 Nos. | Phenolic: 1 Nos.

Weights as per IS 2508 Standards

Weight (g)Qty.Material
14Aluminum
24Aluminum
54Aluminum
104Aluminum
152Aluminum
152Stainless Steel
302Stainless Steel
452Stainless Steel
501Stainless Steel
603Stainless Steel
901Stainless Steel
1002Stainless Steel
1205Stainless Steel
1806Stainless Steel
2007Stainless Steel

🔒 Acrylic Safety Cover
Fitted over the clamping unit to prevent dart damage during drop.

📦 Protected Storage Boxes
Secured compartments to organize and safeguard weights.

💨 Air Compressor
To be arranged by the client for full functionality.


Let me know if you’d like a branded brochure design, PDF layout, or if you want to include technical drawings or dimensions next.

  • 📌  Technical Specifications

    FeatureDetails
    📏 Reference StandardASTM D-1709 & IS 2508 compliant
    🗜️ Specimen ClampingPneumatically operated for secure film holding
    🧲 Release MechanismElectromagnetic release with centering device
    📐 Dart Shaft Size6.5 mm OD × 127.5 mm length
    ⚖️ Dart WeightsAluminum & SS weights from 1g to 200g
    🔢 Counter6-digit electronic counter for test cycle tracking
    🛡️ Safety CoverAcrylic shield to prevent dart-related accidents
    📉 Drop MechanismAdjustable dart drop height as per test method

✨ Key Features –

🧪 Testing Methodology
  • A steel dart is dropped from a set height to determine the impact energy required to puncture the specimen.

  • Adjustable drop height and dart weight allow simulation of various real-world impact scenarios.

⚙️ Advanced Mechanism
  • Electromagnetic dart holder with pneumatic control ensures precise, secure release.

  • Pneumatically operated clamps keep the sample firmly in place during the test.

  • Integrated 6-digit digital counter tracks the number of test cycles accurately.

🛡️ Safety Features
  • Transparent acrylic safety cover protects the user from accidental dart drops.

  • A shielded specimen area prevents dart-related damage to the machine or surroundings.

🌍 Compliance with Standards
  • Built to meet ASTM D-1709, IS 2508, and other global standards.

  • Delivers accurate, internationally accepted test results across industries.

🧩 Customization Options
  • Supplied with darts having hemispherical heads (Method A & B).

  • Includes weight sets from 1g to 200g in aluminum and stainless steel for versatile testing.

🏋️ Durable Construction
  • Equipped with a heavy metal base for extra stability.

  • Eliminates movement during testing, ensuring high accuracy and repeatability.

A Dart Impact Tester is a device used to determine the impact resistance of plastic films, sheets, and packaging materials. It assesses the material’s strength by dropping a weighted dart from a specified height and measuring whether the sample fails or withstands the impact.

The test is based on ASTM D1709, where a free-falling dart strikes a plastic film to determine the energy required to cause failure. The result helps evaluate material toughness and durability.

  • It is commonly used for polyethylene (PE), polypropylene (PP), polyester (PET), PVC, and other flexible films used in packaging, agriculture, and industrial applications.

The two main methods under ASTM D1709 are:

  • Method A: Uses a 38 mm diameter dart dropped from 660 mm height.
  • Method B: Uses a 50.8 mm diameter dart dropped from 1524 mm height.
  • The test determines the failure weight (g or kg) at which 50% of the samples fail, known as the Mean Failure Weight (MFV).
Dart Impact Tester

Our Clients