Increase Reliability and Efficiency
Cook Compression is an innovator in the design, manufacture and application of compressor valves. From precision-crafted metal plate valves to the latest high-performance designs with non-metallic internals, we offer solutions for any reciprocating compressor in any type of service.
Cook Compression manufactures complete valve assemblies, as well as plates, discs, rings, buttons, poppets, damper plates, spring plates, leaf springs and other metallic and non-metallic components for any make or model valve.
From the creation of the original radiused-disc Manley® valve to the extreme reliability of the patented MOPPET® valve, Cook Compression has pioneered developments in valve designs and materials that yield meaningful improvements in performance.
In 2015, we introduced the Ring Damped Valve for high-speed compressors, a groundbreaking technology that outperforms other valves in both run time and energy efficiency.
Our highly qualified in-house engineering teams use sophisticated 3D CAD modeling, linear and non-linear finite element analysis (FEA), computerized valve dynamics simulation and other proprietary engineering tools to design high-performing valves for your application needs.
Our expert staff includes engineers with compressor OEM experience, as well as materials scientists.
In addition to custom-engineering the products we make, Cook Compression can provide engineering services for valve analysis, upgrades and conversions.
Cook Compression manufacturing facilities use the most advanced automated equipment, including state-of-the-art CNC lathes, mills and laser metal cutting systems. Laser profiling and proprietary processes ensure stress-free metallic plates and discs.
We also perform in-house injection molding of thermoplastic components. To ensure the purity and performance of finished parts, we use only 100% virgin material of the highest quality base resins.
Properties of the compressed gas, such as its chemistry, temperature and pressure, as well as application parameters of the compressor, such as its speed, determine the optimum material for each component.