Fluid Logic is one of the leading manufacturers of standard hydraulic valves and systems for high water based and low viscosity fluids. However, we are rapidly gaining attention for their ability to develop custom designs and manage the production of large-scale projects for critical applications. The valve stand featured here required them to incorporate a standard P&T manifold billet and NFPA pattern valves, designing it to meet size restrictions as detailed by the customer. Constructed from salt bath nitriding carbon steel, ceramics and stainless steel, their design offers superior protection against corrosion and failure resulting from high pressure. The valve stand also meets requirements of the metal processing industry for handling 95/5 or other high water based fluids. To maintain Fluid Logic’s reputation as a manufacturer of zero leak technology, we perform rigorous testing for functionality along with a dimensional inspection on each made part. These stands are primarily used in steel rolling processes and aluminum mills on 95/5 or water glycol systems Incorporate a common P & T manifold billet and utilize NFPA pattern valves to build the most compact stands Salt Bath Nitriding carbon steel, stainless steels and ceramics Fluids: 95/5 or other high water based fluids

Fluid Logic has reputation of manufacturing valve and valve systems that operate in extreme conditions including offshore drilling. Using the latest equipment including high-tolerance grinders and measuring equipment, our skilled workers apply years of technical expertise in ceramic technology machining the subsea valve. We incorporate the use of 316 stainless steel along with proprietary ceramic spools and sleeves and it can withstand 15,000 psi of pressure. Additionally, our design conforms with standard NFPA sizes allowing for compatibility with parts from other manufacturers and operates using raw or salt water in addition to 95/5 fluids. We also provide redundant actuation for the valve using electrical or hydraulics to ensure continuous operation. All subsea valves achieve tolerances of ±.00005″ clearances according to customer specifications and are tested for function and pressure to ensure years of continuous service.  These valves are used primarily for the operation of hydraulic systems in subsurface applications such as BOPs, ROVs and Accumulator charging systems. Utilizing our Ceramic technology and internal balanced design of our D03 Directional. Ultra high strength ceramics for extreme pressures to 15,000 psi High Tolerance diamond grinding Equipment and measuring systems +/- .00005 Clearances Directional Control Valves constructed with High PressureProprietary Ceramic Spool and SleevesPressures to 15,000 psiFluid Handling Capability Raw Water Salt Water 95/5 fluids Solenoid Operates in a dielectric fluidValve can be electrically actuated or hydraulically actuated

This product was designed to control the vertical casting cylinder descent in the process of casting aluminum ingots for future extruding and or rolling operations. Incorporation of standard sized components to develop a customized control manifold package for a specific customers application Designed to accommodate customer’s existing piping schematic Salt Bath Nitriding Carbon Steel, Stainless Steels and Ceramics Includes flow controlled modules, isolation valves, system relief function

Our pipe testing manifolds detects flaws in finished products before use of a user. The use of standard Fluid Logic components made from a combination of salt bath nitriding carbon steel, stainless steels and ceramics, provided a manifold to test pipe strength using the customer’s testing sequence. In testing, the manifold allows the pipe to be filled with raw water or 95/5 fluids and then purging residual air. They follow this by intensifying pressure in the pipe, testing for the ability to handle pressure specified by the customer for specified amount of time using multiple pressure selections. In the event that the pipe is defective, they build in a relief system, maintaining safety at all times. After the test completion, their decompression function safely releases pressure and drains the pipe. Because they take product reliability and safety as seriously as their customers do, they thoroughly test their test manifolds for functionality and pressure accuracy. These manifolds are using either Raw Water or a 95/5 high water based soluble oil fluids to pressurize finished pipe to burst strength to customer specs Utilizing standard Fluid Logic components to develop the circuit to perform customer’s testing sequence Salt Bath Nitriding Carbon Steel, Stainless Steels and Ceramics The manifold allows the pipe to be filled and then purges residual air from pipe, the pipe is intensified to a test pressure for a specified duration of time, finally a decompression function is completed to safely release the built up pressure and then the pipe is drained

Our pump unloading valve is an example where we take standard sized components and design a customized valve package to save energy. This pump is used by industries requiring a high water based or low viscosity fluids including steel and aluminum mills in addition to oil drilling applications on land and undersea. As a result, we manufacture the valve system to provide many years of service under extreme conditions using salt bath nitriding carbon or stainless steel. While the function of this system is the same, dimensional size varies by the application and customer specifications. Designed to take the flow and pressure from a fixed displacement pump that is charging an accumulator and re-direct the flow back to tank Assemble standard sized components to develop a customized functional valve package Typically salt bath nitride carbon steel or stainless steel Often used in steel and aluminum mills as well as oil field and Subsea oil drilling applications

The de-ionized water flushing system manifold was built to withstand the demands of air travel using 316 stainless steel. We incorporated advanced ceramic technology that delivers the required cleaning for the electronic cooling system. Our engineering team designed this manifold for many years of use in servicing the electronics on passenger planes.  Used in the airline industry for de-ionized water flushing  All stainless steel construction plus the use of ceramic technology to handle de-ionized water Moduled designed as compact unit to accommodate a limited confined space 316 stainless steel

Our standard product line is designed to withstand pressure of 5,000 psi using a variety of fluids that include raw water, 95/5 and other low viscosity fluids. We designed and manufactured a descaling valve system to meet and exceed the demands of scale removal from steel rolling. Drawing from our vast knowledge of materials impervious to corrosion and high pressure including salt bath nitride carbon steel, stainless steel and ceramics, the engineers designed a system that fits a customer’s existing piping structure. The valve system includes a large two-way flow design and isolation valves integrated upstream in the housing to prevent damage to the unit. Additionally, pre-fill modules are available as an option.  These valves are used to remove scale with high pressure raw water from hot billets of steel prior to reduction rolling. Valves designed to fit in existing piping structure Salt Bath Nitriding Carbon Steel, Stainless Steels and Ceramics Isolation valves integrated upstream in the housingLarge flow 2-way valve designPre-Fill Modules Available

Fluid Logic has earned a reputation for our ability to design and manufacture valve and valve systems for our core industries and is gaining recognition in emerging industries including solar and wind energy. The need to store compressed air energy gained from wind/solar applications allowed them to showcase their manufacturing capabilities to produce very large components with extremely fast actuation times.

Our roll bending/roll balance system is unique in the industry due to the manner that they incorporate state-of-the-art electronics into the controls section of the valve assembly. We manufacture the system using 316 stainless steel, which provides material strength to survive pressures of up to 5,000 psi. When combined with electronics, users have the ability to monitor system pressure with a ± 1% degree of accuracy. Furthermore, the system affords customers the ability to use kerosene-based fluids or 95/5 fluids. Because these roll bending/roll balancing systems are custom designed specifically for a customer’s circuit and equipment requirements, they manufacture the system as a make-to-order part.  These valve modules are designed to precisely maintain a system pressure for the critical rolling process of aluminum and steel in both the hot mills and cold mills. State of the art electronics incorporate in controls section of valves Pressures Capability: up to 5,000 psi± 1% accuracy maintainedComplete with on-board electronicsFluid Handling Capability Kerosene Based Fluids 95/5 fluids