Process Technology's XC Heat Exchanger Has High-Flow Capability
Unit delivers an ultra-high-purity, compact, high-flow heat exchanger with precise and stable heat transfer while reducing fluid pressure drop.
Process Technology’s XC High-Flow Inline Heat Exchanger is designed to deliver an ultra-high-purity (UHP), compact, high-flow heat exchanger with precise and stable heat transfer while reducing fluid pressure drop. According to the company, high-flow capacity is achieved with a larger 13mm (0.5 inch) diameter tubing to improve circulation, reduce pressure drop, and enable a faster temperature response.
Process Technology’s XC High-Flow Inline Heat Exchanger
The low-mass unit is internally baffled for additional heat performance. Recirculating and single-pass flow applications provide safe heating for water, acids, bases, and solvents. The company says that the clean-room assembled, no wetted o-ring, PFA tube-side chemistry paths allow the unit to meet stringent cleanliness requirements to support next-generation ultra-high-purity semiconductor node technologies. The unit’s small, lightweight footprint reduces space requirements in tool design and allows for easy adaptations to existing lines for simplified end-user manufacturing complexity.
Benefits of anodizing include durability, color stability, ease of maintenance, aesthetics, cost of initial finish and the fact that it is a safe and healthy process. Maximizing these benefits to produce a high–performance aluminum finish can be accomplished by incorporating test procedures in the manufacturing process.
Many industries that require innovative solutions in cost reduction and weight savings are turning to aluminum as a substitute for stainless steel and other carbon steel alloys for parts and components.
The following anodizing process overviews are provided as a means of introduction to aerospace anodizing