Drop Weight Impact Tester, also known as Falling Weight Impact Testers, are critical instruments in the quality control and R & D processes for plastic pipes, conduits, and similar products. These machines evaluate the ability of thermoplastic pipes to withstand sudden external blows, ensuring compliance with rigorous industry performance standards. By simulating real world mechanical impacts , they help manufacturers guarantee the durability , safety, and reliability of their products before they reach the market.

Testron Group offers high performance drop weight impact testing machines engineered with precision technology , advanced automation, and robust construction. These testers conform to leading drop weight impact test standards such as ASTM D 2444 and UL 651 , making them the preferred choice for quality conscious manufacturers.

WHY DOES DROP WEIGHT IMPACT TESTING MATTER


Pipes , conduits, and thermoplastic products are often exposed to sudden forces during transportation, installation, or service life. If they fail under impact, it can lead to costly repairs, operational downtime, and safety hazards. The Drop weight impact tester measures the product’s ability to resist cracking or deformation when struck by a defined mass from a specific height.

Falling weight impact tester-Testron

The test results , especially the True Impact Rate ( TIR ) , provide a reliable estimate of a production batch’s compliance. Manufacturers often adopt the round the clock method or staircase method to determine the TIR , ensuring quality consistency across every production run.

When selecting the best falling weight impact tester or drop weight impact test machine, it’s essential to consider not only the drop weight impact test standard compliance but also the machine’s adaptability for future testing requirements. Testron’s range of equipment is designed with long term durability, easy calibration , and compatibility with various drop weight impact test machine accessories, ensuring that laboratories and production facilities can handle diverse material testing needs without frequent equipment upgrades.

This adaptability makes our machines a cost effective choice in the long run, especially when you factor in the competitive drop weight impact tester price and the industry leading support provided by one of the top falling weight impact tester manufacturers. Whether you require a compact benchtop model for small scale testing or a fully automated drop weight impact testing machine for large production runs, Testron delivers unmatched reliability and precision, solidifying its position as a trusted partner in quality assurance.

TESTRON’S DROP WEIGHT IMPACT TEST MACHINES


1. Falling Weight Impact Tester – Standard Model

The standard Falling Weight Impact Tester is designed to determine the resistance of thermoplastic pipes with circular cross sections to external blows. A falling striker, with a specified mass and shape, is dropped from a known height onto the pipe’s circumference.

 

Key Highlights:

  • True Impact Rate estimation for batch or production runs.
  • Maximum TIR acceptance typically set at 10%.
  • Suitable for both round the clock and staircase test methods.
  • Robust construction for long term industrial use.

 

2. TT UL6 Falling Weight Impact Tester

The TT UL6 model is a specialized drop weight impact test machine designed for rigid PVC conduits (Schedule 40 and Schedule 80). It ensures precise and consistent test results with advanced safety and automation features.

 

Standards Compliance:

  • ASTM D 2444
  • UL 651 – Schedule 40 and 80 rigid PVC conduit

 

Features:

  • Touchscreen interface for easy parameter setting and visual control.
  • Pneumatic anti rebound system to catch the striker post impact, improving operator safety.
  • Adjustable impact height from 100 mm to 3350 mm.
  • Automatic safety interlocks for chamber and striker window.
  • High strength striker plates and polyurethane buffering for durability.
  • Reduced air friction for smooth striker movement.

 

Technical Specifications:

  • Impact height:- 100 mm – 3350 mm (±3 mm accuracy)
  • Striker weight:- 9.1 kg (φ51) & 34 kg (φ150)
  • Test specimen OD:- ½” to 6”
  • Control Unit:- 550 × 650 × 1100 mm
  • Main Frame:- 800 × 650 × 4350 mm

 

Testron’s Falling Weight Impact Tester Models

WHY CHOOSE TESTRON AS YOUR FALLING WEIGHT IMPACT TESTER MANUFACTURER?

As one of the best falling weight impact tester manufacturers, Testron Group delivers more than just machines; we deliver confidence. Our pipe testing machine, like drop weight impact testers are built to withstand high volume industrial use while delivering consistent, accurate results. We also provide:

  1. High Accuracy & Repeatability – Meets stringent drop weight impact test standards ensuring precise results.
  2. Enhanced Safety – Automatic striker catching, safety doors, and interlocks.
  3. User Friendly Interface – Touchscreen controls for easy operation.
  4. Durability & Low Maintenance – Built with premium grade materials for long service life.
  5. Customizable Testing Parameters – Adjustable striker mass, height, and specimen sizes.

Our Falling Weight Impact Testers comply with internationally recognized testing methods:-

  • ASTM D 2444 – Impact resistance of thermoplastic pipe.
  • UL 651 – Safety standard for rigid PVC conduit.

This compliance ensures test results are universally accepted by regulatory bodies, certification agencies, and customers worldwide.

APPLICATIONS OF DROP WEIGHT IMPACT TESTER ACROSS INDUSTRIES


Testron’s drop weight impact testing machines are widely used in:

Applications Across Industries of Falling Weight Impact Testers -Construction Materials

Construction materials 

Testing plastic based structural elements.

Applications Across Industries of Falling Weight Impact Testers -Electrical conduit production

Electrical conduit production 

To ensure durability during installation.

Applications Across Industries of Falling Weight Impact Testers -Plastic pipe manufacturing

Plastic pipe manufacturing 

For HDPE, PVC, and PP pipes.

Applications Across Industries of Falling Weight Impact Testers -Quality control labs

Quality control labs 

For routine batch testing.

Applications Across Industries of Falling Weight Impact Testers -Automotive parts

Automotive parts 

For evaluating plastic components subjected to mechanical shock.

Contact us for material testing equipment

Call to Action

Ensure your pipes and conduits meet global quality benchmarks. Invest in Testron’s Drop Weight Impact Testers for precision, reliability, and compliance. Contact us today to get the best falling weight impact tester price and discover why we’re among the leading falling weight impact tester manufacturers worldwide.

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FAQS ABOUT THE DROP WEIGHT IMPACT TEST MACHINE 

What is a Drop weight impact tester used for?

It measures the ability of pipes or similar products to resist external impacts under controlled conditions.

What standards do Testron’s drop weight impact testing machines comply with ?

They comply with ASTM D 2444 and UL 651 for rigid PVC conduits.

Can the impact height be adjusted?

Yes, impact heights from 100 mm to 3350 mm can be set depending on the test requirement.

What’s the typical drop weight impact tester price range?

Prices vary based on configuration, automation level, and capacity. Testron offers competitive pricing for industry grade machines.

Can Testron’s drop weight impact testers be customized for specific applications?

Yes, Testron offers customizable configurations to suit different testing requirements, including varying specimen sizes, striker weights, and automation levels. This ensures flexibility for both R&D labs and high-volume production facilities.

Do you offer after-sales support ?

Yes, we provide full technical assistance, spare parts, and calibration services.

 PIPE MANUFACTURER IMPROVES PRODUCT RELIABILITY WITH OUR DROP WEIGHT IMPACT TESTERS


A leading PVC pipe manufacturer upgraded to Testron’s drop weight impact tester to improve testing speed and reliability.

 

BeforeAfter
Manual recording errors.

30% faster testing cycles.

Long turnaround times for test results.

Automated data export for seamless reporting.

Inconsistent compliance with standards.100% compliance with ISO and ASTM standards.