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Ductilometer Apparatus
Ductilometer ApparatusControl UnitDuctilometer Apparatus, Advance DigitalBriquette Mould c/w Base Platenl2006x003a-06
Standard: EN 13398, ASTM D113, AASHTO T51 Ductilometer Apparatus Ductilometer Apparatus is used to determine the ductility of a material such as asphalt, bitumen, and certain types of metals. Ductility is the ability of a material to deform under tensile stress (pulling forces) without fracturing ...Read more

Ductilometer Apparatus, Advance Digital
NL 2006 X / 003A


  • Description

Standard: EN 13398, ASTM D113, AASHTO T51

Ductilometer Apparatus

Ductilometer Apparatus is used to determine the ductility of a material such as asphalt, bitumen, and certain types of metals. Ductility is the ability of a material to deform under tensile stress (pulling forces) without fracturing which evaluates the properties of materials used in construction, paving, and infrastructure projects. In the context of asphalt and bitumen testing, a ductilometer measures the elongation properties of these materials under specific conditions, typically at elevated temperatures.

The Ductilometer Apparatus consists of a bath or chamber where the sample is heated to a controlled temperature, usually around 50 to 60 degrees Celsius for asphalt. A test specimen of the material is pulled apart at a constant rate using a mechanical system, and the elongation before rupture is measured. This elongation measurement indicates the ductility of the material.

Ductility testing is crucial in assessing the suitability of materials for various applications, such as road construction, where the asphalt needs to withstand deformation and stretching without breaking under traffic loads and temperature fluctuations. This advanced apparatus incorporates cutting-edge technology and features to provide accurate, reliable, and efficient testing capabilities.

Features of Ductilometer Apparatus, Advanced Digital

  • Double speed setting for elongation movement

  • Using double ball screw with servo motor for uniform movement

     

  • Fitted with immersion electric heater, cooling coil & circulating pump unit

  • Tank Glass Cover upgraded to mechanism folding cover

Standard: EN 13398, ASTM D113, AASHTO T51

  • EN 13398

EN 13398 is a European Standard that specifies the requirements and methodologies for testing bitumen and bituminous binders, which are crucial materials used in road construction and maintenance. The standard encompasses a range of test methods designed to assess the characteristics and performance of bitumen and bituminous binders comprehensively. The standard also addresses quality assurance measures, including equipment calibration, sample preparation, and reporting guidelines, ensuring the reliability and consistency of test results. Compliance with EN 13398 is essential to ensure that bitumen and bituminous binders used in road construction meet specified performance requirements and quality standards, thereby contributing to the durability, safety, and longevity of road infrastructure.

  •  ASTM D113

ASTM D113, established by ASTM, provides a standard method for evaluating the ductility of bituminous materials crucial for road construction. Using a ductilometer, the test measures the material's ability to stretch without breaking under tension. This standard ensures consistent and reliable assessment of bituminous materials, vital for their application in transportation infrastructure.

  • AASHTO T51

AASHTO T51 is a standardized test method used to evaluate the penetration of bituminous materials, like asphalt binder. This test assesses the material's consistency and hardness, crucial for road construction. By subjecting the heated sample to a standard needle under specific conditions, engineers measure the depth of penetration. This value guides decisions on material suitability for pavement applications, ensuring quality and durability in road infrastructure.

Test Procedure of Ductilometer Apparatus, Advanced Digital

  1. Preparation: Calibrate and set up the apparatus. Prepare the sample according to standards.

  2. Placement: Securely place the sample in the testing chamber.

  3. Setup: Input testing parameters like speed and temperature into the digital interface.

  4. Initiation: Start the test through the interface, ensuring everything is functioning.

  5. Testing: The apparatus applies controlled force to the sample. Monitor progress and collect data.

  6. Analysis: Use software to analyze collected data for insights into material ductility.

  7. Reporting: Prepare a concise report summarizing the procedure, results, and conclusions.

  8. Maintenance: Perform necessary maintenance post-testing for continued functionality.

Technical Specifications:

 Model Number  NL 2006 X / 003A
 Max. Carriage Displacement  1500 mm
 Displacement Accuracy  1 mm
 Temperature Range  2 - 40°C
 Temperature Accuracy  ±0.5°C
 Test Speed Selection  10 or 50 mm / min
 Cooling Power  1200 W
 Heating Power  4200 W
 Nos. of Specimen Carriage  Max 3 nos.
 Product Dimension  2120 (L) x 440 (W) x 970 (H) mm
 Packing Dimension  2130 (L) x 5400 (W) x 1200 (H) mm
 Approx. Product Weight  158 kg
 Approx. Packing Weight  170 kg
 Power  220 - 240 V, 1 ph, 50 / 60 Hz

Unit Consists Of:

 Model Number  Parts Description
 NL 2006 X / 003 – P 001  Handheld Distance Remote Control

*1 Copy of Manual Instruction

Optional Accessories

 Model Number  Accessories Description
 NL 2006 X / 002 – A 001  Briquette Mould c/w Base Plate (ASTM D113)
 NL 2006 X / 002 – A 002  Briquette Mould c/w Base Plate (ASTM D6084)
 NL 2006 X / 002 – A 003  Briquette Mould c/w Base Plate (EN 13398)
 NL 2006 X / 002 – A 004  Briquette Mould c/w Base Plate (EN 13589)
 NL UTP  Universal Thermo Printer
 NL TPR - 57  Thermo Paper Roll 57mm x 31mm Dia. (5 rolls/pack)

 

How to Operate Ductilometer Apparatus, Advanced Digital

 

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