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MASCOT - Model DeFlo Mini -Mechanical Desuperheater

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The DeFlo Mini Mechanical Desuperheater, developed by MASCOT, is engineered to efficiently reduce the temperature of superheated steam in industrial settings. This desuperheater features a compact design requiring minimal space, from 1.5 to 6 inches of face-to-face space, making it suitable for existing piping configurations. It utilizes a mechanical spray system that injects water from the periphery to the center, minimizing thermal stresses and allowing for enhanced heat transfer. With sizes ranging from 1 inch to 48 inches and pressure ratings between 150# and 4500#, it is equipped with a stainless steel sleeve for thermal stress management and offers a 4:1 turndown ratio. Its design ensures no vibration or changes in steam line velocity, contributing to precise temperature control. Built for ease of installation, the DeFlo Mini aids in energy efficiency by maintaining optimal steam temperatures. Available in wafer or flanged configurations, this desuperheater is adaptable, robust, and efficient for varied industrial applications.

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Mechanical Desuperheater exposes larger surface area between Steam and Cooling Water and Increases the Efficiency of the Desuperheating Process

Mechanical desuperheater efficiently reduces the temperature of superheated steam and other vapors.

The MASCOT’s DeFlo mini mechanical desuperheater, known for its space-efficient design, requires just 1.5 to 6 inches of face-to-face space in existing pipework. Offered in wafer or flanged configurations, this desuperheater utilizes multiple fixed-sized jets around the inside periphery of pipe for enhanced heat transfer before the injection of water.

Available in sizes from 1″ to 48″ and rated from 150# to 4500#, it features a stainless sleeve for thermal stress management and exhibits a commendable turndown ratio of 4:1.
MASCOT manufactures mechanical desuperheaters in Ahmedabad, which have robust temperature control, multiple spray configurations, industrial and commercial-scale capacity handling, and much more.

Our MSD (Mechanical Spray Desuperheater) has sized jets appropriately positioned within the desuperheating pipe to face the steam flow.

Proper desuperheater application and design will minimize and certainly eliminate costly problems such as wear on downstream piping, extended startup/shutdown times, and reduced process efficiency.

  • Compact Design: Requires just 1.5 to 6 inches face-to-face space in existing pipework, making it suitable for applications where space is limited.
  • Mechanical Spray Technology: Utilizes a mechanical spray system to introduce water into the superheated steam, without the use of nozzles promoting safe, effective and controlled temperature reduction.
  • Peripheral Injection: As opposed to the conventional fixed nozzle desuperheaters where water is injected from the center in outward direction which has the potential to cause thermal stresses in the downstream pipe our desuperheater injects water from inside periphery of pipe towards the center of the pipe to completely avoid thermal stresses in the downstream pipe.
  • No Vibration or Suspension in Steam Line: The desuperheater does not alter the steam pipe geometry nor is a probe suspended into the steam line thereby eliminating any chance of vibration or increase in velocity in the steam line.
  • Precise Temperature Control: The desuperheater is designed to provide precise control over the temperature of the superheated steam, ensuring it meets the required process conditions.
  • Ease of Installation: Designed for easy integration into existing steam systems, allowing for convenient installation and minimal disruption to operations.
  • Energy Efficiency: Aims to contribute to energy efficiency by maintaining steam temperatures at desired levels, optimizing overall system performance.
Sizes
0.5″ to 48.0″
 
Pressure Rating
150# to 4500#
 
Body Styles
Standard, Venturi Type
 
End Connections
 
Body Materials
 
Trim Materials
 
Standards
ANSI, ISA, PED, NACE, CRN, GOST, SANS/SABS, JIS, EN/DIN