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Country Of Origin : India
The Automatic Fraass Breaking Point Tester from EIE Instruments Pvt. Ltd. is a sophisticated, precision-engineered device designed to measure the brittleness of bitumen and bituminous binders at low temperatures. This equipment is instrumental for laboratories and entities involved in material research, quality control, and ensuring compliance with rigorous standards for paving and roofing materials.
The Automatic Fraass Breaking Point Tester complies with the following national and international standards:
These standards ensure that the results obtained are accurate, reliable, and consistent with global best practices in the testing of bituminous materials.
The testing principle of the Fraass breaking point method involves spreading a sample of bituminous binder uniformly on a thin, steel blade. This blade is then subjected to constant cooling and flexed repeatedly until the binder layer cracks. The temperature at which the first sign of cracking appears is recorded as the Fraass point.
The Automatic Fraass Breaking Point Tester dramatically enhances this process by providing automated cooling, precise temperature control, and automated flexing actions. This ensures repeatability and reliability, making the testing process less dependent on the operator's manual skills and more focused on the measured physical properties of the sample.
Automated Cooling System: The tester features a sophisticated, programmable cooling system that offers precise control over the cooling rate. This is critical in determining the accurate Fraass breaking point.
Temperature Control: A highly accurate temperature control mechanism ensures the testing environment is stable, thereby delivering consistent and reliable results every time.
Automated Flexing Mechanism: The automated flexing arm applies uniform and consistent flexing actions to the sample. This removes human error and variability, yielding more precise breaking point determination.
Digital Display: An easy-to-read digital display provides real-time data on testing parameters, including current temperature, cooling rate, and the Fraass breaking point.
User-Friendly Interface: The equipment comes with an intuitive interface, allowing easy setup and operation. The touch-screen controls make it accessible even for operators with minimal training.
Data Logging and Connectivity: Advanced data logging capabilities and connectivity options ensure that all test data can be stored, reviewed, and analyzed conveniently. USB and network connectivity facilitate seamless integration with laboratory information systems.
The Automatic Fraass Breaking Point Tester is ideal for: - Bitumen Manufacturer Laboratories: Ensuring the quality of bituminous binders right from production.
Construction Quality Control: Verifying material compliance to prevent failures in applications such as paving and roofing.
Research Institutions: Conducting fundamental research in material science to develop new and improved bituminous products.
Reliability: Ensures accurate results by eliminating human errors associated with manual testing.
Consistency: Reproduces identical test conditions for every sample, ensuring consistent results.
Efficiency: Automation speeds up the process, increases throughput, and reduces the need for extensive operator intervention.
Compliance: Ensures that your testing processes meet and adhere to international standards, which is critical for quality certification and regulatory approvals.
The Automatic Fraass Breaking Point Tester by EIE Instruments Pvt. Ltd. represents a pinnacle of precision engineering. It integrates state-of-the-art automation with refined testing principles to provide a reliable measure of bituminous binder brittleness. This equipment is a testament to EIE Instruments' commitment to innovation, quality, and customer satisfaction.
For precise pricing, configuration details, and further information, it is recommended to visit EIE Instruments' official website or contact their sales representatives directly. The final rates and offers are subject to adjustments based on application-specific requirements, customer needs, and prevailing market conditions.
