Marshall Stability Test Machine

The Marshall Stability Test Machine is a precision instrument designed for evaluating the stability and flow properties of asphalt mixes. This machine is essential for ensuring the quality and performance of asphalt pavement materials in construction projects. With its robust construction and advanced features, it provides accurate and reliable test results for determining the suitability of asphalt mixtures for various applications.Ensure the durability and quality of your asphalt mixes with the Marshall Stability Test Machine. This state-of-the-art equipment is specifically designed to measure the resistance of asphalt samples to deformation and cracking under various conditions. By simulating real-world traffic and environmental factors, this machine helps engineers and researchers assess the performance and longevity of asphalt pavements. Invest in the Marshall Stability Test Machine for precise and informative testing results.For comprehensive testing of asphalt materials, trust the precision and accuracy of the Marshall Stability Test Machine. This cutting-edge device offers controlled loading and accurate measurements to determine the strength and stability of asphalt mixes. Whether you are a contractor, engineer, or researcher, this machine is essential for assessing the performance characteristics of asphalt pavements. Upgrade your testing capabilities with the Marshall Stability Test Machine and ensure the quality and reliability of your construction projects.MSI 4023-A Automatic Marshall Stability Test Machine, 50 KN, 220-240 V 50-60 HZ MSI4023-B Breaking Head (Stability Mould) 4”1 Pkt.MSI 4023-C Linear Potentiometric, Displacement Transducer, 25x0.001 mm with Bracket for MSI 4023-A and MSI 4023-B MSI 4023-D Indirect Tensile Splitting Device for Compacted Bituminous Samples 100 mm (4") Dia. EN 12697-34, 12697-23, 12967-12, ASTM D1559, D5581, D 6927; AASHTO T245 The 50 kN capacity Automatic Marshall Stability Test Machine is used to determine the maximum load and flow values of bituminous mixtures. The machine comprises of a robust and compact two column frame with adjustable upper cross beam. The unit is a bench mounting compression frame with motor and worm gear housed within the base unit. The speed of the lower platen can be adjusted between 6 mm/min to 60 mm/min using the data acquisition and control unit. For safety, the up and down travel of the lower platen is limited the use of limit switches. Rapid