Asphalt Ductility Testing: Ductility Testers, Machines, Molds
Certified Material Testing Products has everything you need for asphalt ductility testing. Our products include all the equipment you need to perform accurate and reliable tests to ensure the quality and durability of your asphalt materials.
One of our top sellers in this category is the Ductility Tester, Temperature-Controlled. This machine gives you precise control over the test sample temperature so you can measure the ductility accurately. Easy to use and reliable, this tester is a must have for any asphalt testing lab.
To get consistent and accurate results we also offer ductility molds. Our Standard Ductility Mold meet industry standards and provide a solid base for testing. Made from high quality materials these molds are built to withstand testing and last long.
In addition to molds we also stock base plates. Our Ductility Base Plate, Standard and Ductility Base Plate, Large provide a stable and secure platform for testing so you get accurate and repeatable results. These base plates are designed with precision and durability in mind, making them an essential part of your asphalt ductility test equipment. For comprehensive testing solutions, consider using the Gilson MC-500PR Concrete Compression Machine for high-capacity testing.
We also offer a load measuring adapter to measure the forces applied during testing. This adapter allows you to track the deformation and elongation of the asphalt material so you can use the data for quality control purposes.
At Certified MTP we know the importance of reliable testing equipment. That’s why we provide the highest quality products for all your asphalt ductility and viscosity testing needs. With our range of equipment and accessories you can trust us to meet all your requirements and have your tests done to the highest standard.
Browse our asphalt ductility test equipment today and experience the Certified MTP difference. We guarantee exceptional products and service so you’re completely satisfied with every purchase. Trust in Certified Material Testing Productsfor all your asphalt ductility testing needs.
Asphalt Materials
Asphalt materials are the backbone of modern road construction, providing the durability and performance required for long life pavements. One of the key properties of asphalt materials is ductility which is the ability to deform under stress without breaking. This property is critical to ensure the pavement can withstand traffic and environmental conditions without cracking. Ductility testing is a widely used method to evaluate the ductility of asphalt materials including bitumen. By measuring how much a material can stretch before it breaks engineers can determine its suitability for road construction. This test is critical to ensure the materials used will perform over time and provide safe and durable road surfaces.
Bitumen Ductility Test
The bitumen ductility test is a standard method to evaluate the ductility of bitumen, a key component of materials. This test involves subjecting a bitumen sample to a constant speed and temperature and then measuring the distance it elongates before breaking. The resulting ductility value is a key parameter to determine the suitability of bitumen for road construction. A higher ductility value means the bitumen has better resistance to cracking and deformation which is essential to maintain the integrity of the pavement. The test is done using a briquette mould and a pulling device, the bitumen sample is pulled apart at a specified speed and temperature. This method gives a reliable measure of the material’s performance under stress so only high quality bitumen is used in road construction projects.
Ductility Test Methods
There are several ductility test methods available to evaluate the ductility of asphalt materials, each provides specific information about the material’s properties. The standard test method outlined in ASTM D113 involves measuring the distance a bitumen sample elongates before breaking when pulled apart at a constant speed and temperature. This method is widely used due to its reliability and consistency. Another method is the force ductility test which provides additional information on the tensile properties of materials by measuring the force required to elongate the sample. The choice of test method depends on the project requirements and the type of material being tested. These ductility test methods are essential tools to evaluate the material’s ability to resist cracking and deformation and a good indicator of its performance in real world conditions.
