NL Scientific Global
Asia Leader in Construction Material Testing Equipment
en_PH Philippines
en_PH Philippines en_US United States
Search
Close this search box.
NL Scientific Global
Asia Leader in Construction Material Testing Equipment

Ductilometer Apparatus

(Bitumen & Asphalt Testing Equipments)

AASHTO T51 ASTM D113 EN 13398
Inquiry
Whatsapp

Description

Standard: EN 13398, ASTM D113, AASHTO T51

Ductilometer Apparatus, Advance Digital NL 2006 X / 003A

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.

Ductilometer Apparatus, Tension (Load Series), Advance Digital NL 2006 X / 004

Ductilometer Apparatus, Tension Load

The Ductilometer Apparatus, Tension Load assesses material ductility crucial for construction and engineering. Controlled tensile forces are applied, gradually increasing stress levels to observe the material’s response. Parameters like force and displacement are monitored via the digital interface, enabling precise measurement. This test provides valuable insights into material behavior under tension, aiding in informed decision-making for material selection and design. Overall, it’s a vital tool for ensuring quality and innovation in construction and engineering applications.

Additional information

Ductilometer Apparatus

Advance Digital NL 2006 X / 003A, Tension (Load Series), Advance Digital NL 2006 X / 004

Features

Ductilometer Apparatus, Advance Digital NL 2006 X / 003A

Features of Ductilometer Apparatus, Advanced Digital

  • Double speed setting for elongation movement
  • High-accuracy LED test parameter
  • Using double ball screw with servo motor for uniform movement
  • Save up to 10 groups of test result
  • Fitted with immersion electric heater, coiling coil & circulating pump unit
  • Tank Glass Cover upgraded to mechanism folding cover

Ductilometer Apparatus, Tension (Load Series), Advance Digital NL 2006 X / 004

Features of Ductilometer Apparatus, Tension (Load Series), Advanced Digital

  • 2 speed setting for elongation movement.
  • High accuracy LED test parameter.
  • Using double ball screw with servo motor for uniform movement.
  • Save up to 10 groups’ test results.
  • Fitted with an immersion electric heater, coiling coil & circulating pump unit.
  • Built-in Mini printer for instant print out 3 groups average test result.
  • 1000N (Newton Load Cell with Mould Guide Piece).

Tech Spec

Ductilometer Apparatus, Advance Digital NL 2006 X / 003A

Technical Specifications:

Model Number NL 2006 X / 003A
Max. Carriage Displacement 1500 mm
Displacement Accuracy 1 mm
Temperature Range 2 – 40°C
Temperature Accuracy ±0.1°C
Test Speed 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)

Ductilometer Apparatus, Tension (Load Series), Advance Digital NL 2006 X / 004

Model Number NL 2006 X / 004
Max. Carriage Displacement 1500 mm
Displacement Accuracy 1 mm
Temperature Range 5 – 40°C
Temperature Accuracy ±0.1°C
Test Speed 10 x 50 mm/min
Tension Load 1000 N (Newton)
Cooling Power 1200 W
Heating Power 3800 W
Nos. of Specimen Carriage Standard & 1 with load cell
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 Consist Of:

Model Number Parts Description
NL 2006 X / 004 – P001 1000N Load Cell Mould Guide Piece
NL 2006 X / 003 – P 001 Handheld Distance Remote Control
NL 2006 X / 003 – P 002 Tank Glass Cover
NL 2006 X / 004 – P 002 Master Controller Board w/Built-in Printer
*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 TPR – 57 Thermo Paper Roll 57mm x 31 mm Dia. (5 rolls / pack)

Standard

Standard: EN 13398, ASTM D113, AASHTO T51

Ductilometer Apparatus, Advance Digital NL 2006 X / 003A

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.

 

 

Ductilometer Apparatus, Tension (Load Series), Advance Digital NL 2006 X / 004

EN 13398
This European Standard outlines procedures for testing various properties of bituminous materials, including viscosity, penetration, softening point, ductility, elasticity, and adhesion. Compliance ensures materials meet specified performance requirements and quality standards within the European Union.

ASTM D113
Developed by the American Society for Testing and Materials (ASTM), this standard test method specifically focuses on the ductility of bituminous materials. It involves subjecting a sample material to controlled tensile forces to assess its ability to deform without fracturing.

AASHTO T51
This test method, established by the American Association of State Highway and Transportation Officials (AASHTO), evaluates the penetration of bituminous materials using a needle under specified conditions. It provides insight into the hardness or consistency of bituminous binders, aiding in material selection for road construction projects across North America.

Test Procedure

Ductilometer Apparatus, Advance Digital NL 2006 X / 003A

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.

Ductilometer Apparatus, Tension (Load Series), Advance Digital NL 2006 X / 004

Test Procedure of Ductilometer Apparatus, Tension (Load Series), Advanced Digital

  1. Preparation: Get the apparatus ready and prepare the sample material as per guidelines.
  2. Placement: Securely position the sample in the testing chamber to ensure accurate results.
  3. Setup: Input necessary test parameters such as speed and temperature into the digital interface for precise testing conditions.
  4. Start: Initiate the test through the digital interface, ensuring all systems are functioning correctly.
  5. Loading: The apparatus applies controlled forces to the sample, gradually increasing tension.
  6. Monitoring: Observe and record data including force and displacement during the testing process.
  7. Analysis: Utilize software tools to analyze the collected data, providing insights into the material’s behavior under tension.
  8. Report: Summarize the procedure, results, and any conclusions drawn from the analysis in a concise report.
  9. Maintenance: Perform any necessary maintenance tasks to keep the apparatus in optimal condition for future tests.

Resources

Ductilometer Apparatus, Advance Digital NL 2006 X / 003A

How to Operate Ductilometer Apparatus, Advanced Digital

Related products

Enquire with us now!

Contact Information

NL Scientific Global: Advanced material testing solutions for concrete, cement, asphalt, and more. Your trusted partner in construction.
  • +603-3884 6088
  • [email protected]
  • [email protected]
  • 16, Lorong Sungai Puloh 1A/KU 6, Taman Teknologi Gemilang, Kawasan Perindustrian Sungai Puloh, 42100 Klang, Selangor, Malaysia.
Facebook Instagram Linkedin

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.

Products

Information

Connect

Facebook Instagram Linkedin Phone-alt

Copyright : 2024 @ nl-scientific.com | Built by Justsimple