Used PATTERSON KELLEY Cross-Flow #9003503 for sale

PATTERSON KELLEY Cross-Flow is a highly efficient Cross-Flow heat-exchanging machine tool manufactured by Lawson-Hemphill, Inc. It is one of the most efficient and reliable machines for a variety of applications. PATTERSON KELLEY Cross-Flow heat-exchanger is designed to have a long life and to consistently provide accurate and efficient heat exchange in a wide range of industrial applications. The patented flared channel design of the heat-exchanger creates an efficient counter-flow or Cross-Flow pattern, resulting in a compact system with high thermal performance. PATTERSON KELLEY Cross-Flow's efficiency is further enhanced by taking advantage of the increased residence time that Cross-Flow pattern allows, leading to an even more efficient heat exchange. The energy transfer characteristics of PATTERSON KELLEY Cross-Flow machine are extraordinary, allowing for the design and operation of systems at much lower than design temperatures, resulting in decreased downtime, increased throughput and reduced energy costs. Cross-Flow's excellent energy conservation also helps to reduce hazardous emissions from origin to destination. PATTERSON KELLEY Cross-Flow heat-exchanger is manufactured using robust materials such as stainless steel, carbon steel or cast iron, providing for superior corrosion resistance and superior moisture-resistance. It also features an internal baffle to ensure terminal flow balance, a removable bundle for easy maintenance, and can be fitted with a variety of sensors and instruments to allow for more precise temperature, flow, and pressure control. Across the board, Cross-Flow is one of the most reliable machines on the market, with superior performance characteristics that makes it a great choice for a variety of applications. Its precision design and construction make it a highly efficient and trouble-free solution that can help reduce energy costs and extend the system's lifespan. Its flexibility also provides users with a wide range of possible configurations to ensure their unique needs are adequately met.