High-Precision Oxygen Bomb Calorimeter-0.001K Resolution, ±60J/g Accuracy, 20 MPa Pressure Resistance, 14400-15000 J/K Capacity high-Precision Oxygen Bomb Calorimeter

the XRY-1A Laboratory Oxygen Bomb Calorimeter, a precision instrument engineered for accurate heat measurement in scientific research and industrial applications. With a heat capacity range of 14400 J/K to 15000 J/K and a resolution of 0.001K, this calorimeter ensures meticulous data collection. Its robust construction withstands pressures up to 20 MPa, guaranteeing safety and reliability during experiments. Featuring a user-friendly interface and the capacity to store up to 31 data points, monitoring temperature and pressure is seamless. Versatile and adaptable, it accommodates a temperature range of 10°C to 35°C and operates on an AC 220V ± 5%, 50Hz power supply. Despite its powerful capabilities, its compact design optimizes space utilization in laboratory settings.

• Accurate measurement: The XRY-1A oxygen bomb calorimeter provides accurate measurement with a heat capacity range of 14400 J/K to 15000 J/K, a resolution of 0.001K, and an accuracy of ±60J/g.
• Rugged and durable: The oxygen bomb calorimeter is specially designed to withstand harsh conditions and has a strong oxygen bomb pressure resistance of 20 MPa, ensuring safety and stability during the experiment.
• Intuitive Interface: Easily monitor temperature and pressure with a user-friendly interface and the ability to save up to 31 data points, simplifying data management.
• Multiple applications: Suitable for a variety of scenarios, its wide temperature measurement range of 10°C to 35°C and AC 220V±5%, 50Hz power supply meet various research and industrial needs.
• Space-Saving Design: Despite its power, the compact size of 600mm × 460mm × 430mm optimizes workspace efficiency without compromising performance.
• 🌐Excellent customer service: This oxygen bomb calorimeter has a professional technical support team to ensure timely assistance within 24 hours, allowing users to quickly solve any problems encountered during use.