Turbotec
4 products found

Turbotec products

CryoFan - Cryogenic helium blower

This high speed cryogenic blower is designed for transporting Helium gas at 75K (-200°C), with the following specifications: Mass flow rate: 16 g/s (0.035 lb/s); Pressure increase: 40 kPa or 0.4 bar (5.8 psi); Design inlet temperature: 75K or -200°C (-325°F). For more info about our cryogenic fans, cryogenic blowers and cryogenic compressors, please contact us at info@turbotec.be.

CryoFan - Cryogenic nitrogen blower

This high speed blower is designed for transporting cold nitrogen gas in an industrial cryogenic cycle, such as a tunnel freezer, a chiller, or industrial cryogenic nitrogen based refrigeration cycle. Specifications: Mass flow rate: 200 g/s (0.44 lb/s); Pressure increase: 50 kPa or 0.5 bar (7.25 psi); Design inlet temperature: -15°C (5°F); Minimum possible inlet temperature: -50°C (-58°F). For more info about our cryogenic fans, cryogenic blowers and cryogenic compressors, please contact us at info@turbotec.be.

CryoFan - Cryogenic nitrogen blower

This high speed fan is a larger, axial flow version of the CryoFan-200. It is designed for transporting cold nitrogen gas in a cryogenic freezing tunnel for the food and beverage industry. It has a wide variety of different applications, such as other types of industrial freezers, chillers, or other industrial cryogenic nitrogen based refrigeration cycles. Specifications: Pressure increase of 600 Pa and mass flow rate of 850 g/s @ 7000 RPM; Pressure increase of 150 Pa and mass flow rate of 1700 g/s @ 14000 RPM; Design operating temperature: -50°C (-58°F); Minimum possible operating temperature: -100°C (-148°F). For more info about our cryogenic fans, cryogenic blowers and cryogenic compressors, please contact us at info@turbotec.be.

Helium compressor

This compressor is a design made for fast-flow, axial CO2, high-power, laser cutting machines, though can be used in other applications or industries. Due to the fact that the Helium enters at ambient temperature and at a vacuum, three stages are needed to obtain the required pressure rise from an initial pressure of 12500Pa. The 30kW compressor runs at 30000rpm, accelerating the flow in the rotor channels to velocities near the speed of sound.