Make The Right Choice with EIE 220A Bomb Calorimeter:
- Engineered For Precision Measurements:
Our bomb calorimeters ensure precise measurements by utilizing a closed system architecture and accurately capturing temperature changes during combustion.
- Quality And Craftsmanship:
EIE bomb calorimeters are renowned for their superior quality and impeccable craftsmanship, rivaling top global brands while providing cost-effective solutions.
- Technological Excellence Redefined:
The EIE-220A bomb calorimeter sets new standards with its microcontroller-based operation, automatic measurements, and a jumbo-sized LCD for easy analysis.
- Effortless Data Interpretation:
With a thermal printer interface and dedicated PC software, our calorimeters simplify data interpretation, allowing for storage, analysis of results, and seamless printing.
- Compliance With Stringent Standards:
Our bomb calorimeters strictly adhere to the guidelines outlined in IS 1360 part II: 1970, ensuring accuracy, reliability, and compliance with industry standards.
- Closed System Architecture:
The closed system design of our calorimeters ensures that sample combustion occurs within a sealed chamber, leading to precise measurements without volume changes during the reaction.
Our calorimeters utilize stainless steel bombs to offer durability and reliability, enabling consistent and accurate readings over extended periods.
- Microcontroller-Based Operation:
The microcontroller-based operation of our calorimeters simplifies the calculation of calorific value and water equivalent, enhancing the efficiency of scientific analysis.
- Differential Temperature Range:
With a high accuracy of 0.01°C, our calorimeters precisely capture temperature variations before and after the combustion process ensuring accurate calculations.
- Built-In Alarms and Automatic Detection:
Our calorimeters feature built-in alarms for firing and test completion, along with automatic detection of temperature rise and fall, providing a hassle-free experience and reducing the need for continuous operator intervention.
