Engineering Solutions for Your Needs

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"0.5" TO 48" A Spectacle Blind is a crucial component in piping solutions, specifically designed to isolate or stop fluid flow in pipelines during maintenance activities. This fitting features two connected metal discs: one solid disc that effectively blocks flow and another with a hole that permits flow. By rotating the spectacle blind, you can easily switch between blocking or allowing flow without the need to remove it from the pipeline, making it a versatile choice in flow measurement devices commonly utilized in industries such as oil, gas, and petrochemicals. 

Available in various grades: 

Nickel Alloys - UNS N06625, 825, 718, 925; 

Stainless Steel - SS316, 316L, S31803, S32760/50; Copper Nickel - C70600, C71500; 

Carbon Steel - A36, S275JR, A516 70.

0.5" TO 48" Spade (or Paddle Blind): A solid metal plate used in piping solutions to block the flow in the pipeline, similar to the blind side of a spectacle blind. Spacer (or Paddle Spacer): A ring-shaped metal plate with a hole that allows fluid to flow through, akin to the open side of a spectacle blind. These components are particularly useful when a spectacle blind is too large or cumbersome for effective flow measurement devices. 

Available in various grades: 

Nickel Alloys - UNS N06625, 825, 718, 925; 

Stainless Steel - SS316, 316L, S31803, S32760/50; Copper Nickel - C70600, C71500; 

Carbon Steel - A36, S275JR, A516 70.

0.5" TO 48"

An Orifice Flange Assembly is a set of flanges and an orifice plate used in piping solutions to accurately measure flow rates. This assembly consists of two main components:

Orifice Plate: A thin metal plate featuring a central hole, which is positioned between two flanges. As fluid traverses through the hole, it generates a pressure drop that can be monitored to determine the flow rate, making it an essential flow measurement device.

Flanges: Two flanges on either side of the orifice plate securely hold it in place, facilitating easy installation or removal. They generally include bolt holes for connecting the assembly to the pipeline, contributing to effective steel fabrication practices.

Available in various grades: 

Nickel Alloys - UNS N06625, 825, 718, 925; 

Stainless Steel - SS316, 316L, S31803, S32760/50; Copper Nickel - C70600, C71500; 

Carbon Steel - A36, S275JR, A516 70.

A Paddle Orifice Plate is a type of flow measurement device designed with an extended paddle section to stabilize the flow profile, making it an essential tool for various piping solutions. Featuring a central hole and a paddle that extends beyond the plate, it effectively reduces flow disturbances, thereby enhancing measurement accuracy. These orifice plates are widely used across industries for precise flow measurement.

Class ratings range from 150# to 2500#.

As a fixed geometry device, the Paddle Orifice Plate offers reliability and durability, thanks to the absence of moving parts, which ensures long-term efficiency in steel fabrication applications.

Beyond flow measurement, these orifice plates play a crucial role in pressure restriction and managing choked or critical flow, providing fail-safe protection for critical systems and equipment.

Types include:

• Paddle  • Universal • Standard Concentric • Counter Bored • Eccentric • Quadrant  • Segmental  • Restriction  • Choked Flow

Available materials include:

Nickel Alloys - UNS N06625, 825, 718, 925

Stainless Steel - SS316, 316L, S31803, S32760/50

Copper Nickel - C70600, C71500

Carbon Steel - A36, S275JR, A516 70

0.5" TO 48" An Orifice Carrier Ring is a critical component in an orifice flange assembly, designed to hold the orifice plate securely in place. This ring-shaped spacer fits seamlessly into the flange assembly, providing a precise and stable seat for the orifice plate. It plays a vital role in flow measurement devices by ensuring that the orifice plate is correctly positioned within the flow stream, maintaining proper alignment essential for accurate flow measurement. These components are widely utilized across various industries, including oil and gas, water treatment, and chemical processing, highlighting their importance in effective piping solutions. 

Available in various grades: 

Nickel Alloys - UNS N06625, 825, 718, 925; 

Stainless Steel - SS316, 316L, S31803, S32760/50; Copper Nickel - C70600, C71500; 

Carbon Steel - A36, S275JR, A516 70.

A puddle flange is a specialized engineering component cast directly into concrete structures, designed to create a watertight and gas-tight barrier where a pipe penetrates a wall, floor, or foundation. This is an essential part of effective piping solutions, especially in environments requiring reliable flow measurement devices.  

Engineered Barriers for Leak-Free Pipe Penetrations  

Our high-performance puddle flanges provide a permanent, watertight, and gas-tight seal for pipelines penetrating concrete walls, floors, or foundations. They are expertly designed to counteract concrete shrinkage and hydrostatic pressure, directing water into a tortuous path and eliminating the risk of bypass leaks along the pipe exterior. Our solutions reflect the best in steel fabrication, offering durability and reliability for your construction projects.  

Available in grades:-  

Stainless Steel - SS316, 316L  

Carbon Steel - A36, S275JR, A516 70  

Coating - HDG, Galvanised, Heavy-Duty Rubber, and uPVC/HDPE.

0.5" TO 24" An RTJ (Ring-Type Joint) Orifice Plate and holder is an essential part of flow measurement devices used in flow measurement systems designed for RTJ flanges. Orifice Plate: A thin plate featuring a central hole for precise flow measurement, it is installed between RTJ flanges to ensure accurate readings. Holder: This ring-shaped component secures the orifice plate within the RTJ flange assembly, guaranteeing proper alignment and a tight seal critical for effective piping solutions. RTJ Design: Specifically compatible with RTJ flanges, these provide a robust high-pressure seal. Function: The system measures fluid flow by generating a pressure drop across the orifice plate, making it a reliable component in steel fabrication applications. 

Available in various grades: 

Nickel Alloys - UNS N06625, 825, 718, 925; 

Stainless Steel - SS316, 316L, S31803, S32760/50; Copper Nickel - C70600, C71500; 

Carbon Steel - A36, S275JR, A516 70.

"0.5" TO 24" A Bleed, Drip, or Flush Ring is a crucial component in piping solutions that facilitates the controlled release of trapped fluids or gases. This ring-shaped device, featuring small openings or vents, is specifically designed to allow for the gradual escape of pressure or fluids. By providing a reliable means to bleed off or vent trapped gases or liquids from the pipeline or equipment, it helps prevent pressure build-up, thereby ensuring safe operation. Such components are particularly common in systems requiring precise flow measurement devices, as they are essential in high-pressure pipelines, chemical processing, and safety valves. 

Available in various grades: 

Nickel Alloys - UNS N06625, 825, 718, 925; 

Stainless Steel - SS316, 316L, S31803, S32760/50; Copper Nickel - C70600, C71500; 

Carbon Steel - A36, S275JR, A516 70.

A Thermowell, ranging from 0.5" to 6", is a protective metal tube that encases a temperature sensor used in various industrial processes. It serves to shield the sensor from high pressures, corrosive substances, and abrasive materials, effectively enhancing the durability and accuracy of flow measurement devices. By transferring the temperature of the process fluid to the sensor while keeping it isolated, these thermowells play a crucial role in reliable temperature measurement and monitoring, especially in sectors like oil and gas, chemical processing, and power generation. In addition to being integral to temperature control, they also complement piping solutions that depend on quality steel fabrication. Types of thermowells include flanged, helical, threaded, welded, socket weld.

Available in various grades: 

Nickel Alloys - UNS N06625, 825, 718, 925; 

Stainless Steel - SS316, 316L, S31803, S32760/50; Copper Nickel - C70600, C71500; 

Carbon Steel - A36, S275JR, A516 70.

A Barred Tee is a type of pipe fitting used in piping solutions, primarily for flow control and distribution in industrial applications. It features an internal structure or bars at the branch outlet of the tee to prevent solid objects or debris from entering or clogging the system. This design allows for smooth flow of liquids or gases while ensuring that unwanted materials are kept out of specific parts of the pipeline, making it essential for effective flow measurement devices. 

Available in various grades: 

Nickel Alloys - UNS N06625, 825, 718, 925; 

Stainless Steel - SS316, 316L, S31803, S32760/50; Copper Nickel - C70600, C71500; 

Carbon Steel - A36, S275JR, A516 70.

"4" TO 48" Weld Overlay is a specialized welding process that applies a protective layer of material, often a corrosion- or wear-resistant alloy, onto the surface of base materials used in various piping solutions. This technique enhances surface properties, such as resistance to corrosion, wear, or high temperatures, without compromising the structural integrity of the underlying material. Weld Overlay is crucial in industries like oil and gas, petrochemical, and power generation, where components face harsh conditions and require enhanced durability. Additionally, this method is integral to steel fabrication processes, providing longevity and performance to flow measurement devices and various other applications. 

Available in grades: 

Nickel Alloys - UNS N06625, 825, 718, 925; 

Stainless Steel - SS316, 316L, S31803, S32760/50; Copper Nickel - C70600, C71500.

We specialize in providing piping solutions through the application of 3LPE, FBE, and PTFE coatings to piping materials, ensuring robust protection and enhanced performance. The 3LPE coating offers exceptional corrosion resistance and mechanical protection for pipelines in harsh environments, essential for effective flow measurement devices. Our FBE coating delivers strong adhesion and long-term durability against corrosion and chemicals, making it ideal for oil, gas, and water pipelines. Additionally, the PTFE coating is known for its superior chemical resistance, low friction, and high temperature tolerance, which is perfect for various industrial applications including steel fabrication. These advanced coatings significantly extend the lifespan of piping systems while ensuring optimal performance in demanding conditions.