Asphalt Mix Design Marshall Testing
The Gilson MS-25D Digital Flow Meter is an essential tool for asphalt mix design Marshall testing. This digital flow meter is designed for manual measurement of asphalt specimen flow during Marshall stability testing. It provides accurate and reliable measurements, ensuring precise results.
One of the key features of the MS-25D Digital Flow Meter is its versatility. It is available in three models with different graduations to suit your specific needs. The MS-25 model offers a graduation of 1 inch x 0.001 inch, while the MS-25F model provides a graduation of 25mm x 0.01mm. The MS-25D model, which is the focus of this product description, offers a graduation of 1 x 0.0001 inch. This wide range of options allows you to choose the model that best fits your requirements.
The MS-25D Digital Flow Meter comes with a digital display, making it easy and convenient to read and record measurements. The display provides clear and accurate readings, eliminating any guesswork. The digital flow meter is also equipped with a maximum position brake, ensuring precise and manual positioning over the guide rod of the Breaking Head during testing. This feature enhances the accuracy of measurements and ensures consistent results.
When you purchase the MS-25D Digital Flow Meter, you will receive the digital flow meter itself, which measures 1 inch x 0.0001 inch. This comprehensive package includes everything you need to get started with your Marshall stability testing.
The MS-25D Digital Flow Meter meets various industry standards, including AASHTO T 245, ASTM D5581, ASTM D6927, and AASHTO R 68. These standards ensure that the digital flow meter meets stringent quality requirements, providing you with reliable and accurate measurements.
With its advanced features and adherence to industry standards, the Gilson MS-25D Digital Flow Meter is the perfect tool for asphalt mix design Marshall testing. Its accuracy, convenience, and versatility make it a must-have for any professional in need of reliable flow measurements.