DIN Desuperheater

Ingredients :

Steel, Stainless Steel, Monel, Hastelloy, Duplex, Super Duplex

Connection :

Flanged, Welded

Drive Unit :

Electric, Pneumatic, Hydraulic

Temperature :

(-200 °C) – (+550 °C)

Nominal Diameter :

DN15 – DN 500

Rated Pressure:

PN 16 – PN 630

 

ANSI Desuperheater

Ingredients :

Steel, Stainless Steel, Monel, Hastelloy, Duplex, Super Duplex

Connection :

Flanged, Welded

Drive Unit :

Electric, Pneumatic, Hydraulic

Temperature :

(-200 °C) – (+550 °C)

Nominal Diameter :

1/2″ – 20″

Rated Pressure:

Class 150 – 4500

 

Desuperheaters are widely used equipment in industrial systems as spare and main parts. equipment. Desuperheater is suitable for flanged, welded or threaded connection structure. Desuperheater produces steam without overheating and has the ability to produce hot steam or wet steam. The Desuperheater is suitable for flanged, welded or threaded connection. Electric, pneumatic and hydraulic units can be used as drive units.

Desuperheater Features

It can be used to accurately control the temperature of steam, precise control of superheated steam and temperature reduction. Desuperheater provides advantages in terms of increasing efficiency, reducing costs and minimizing leakage. Desuperheater, which offers low turndown solution and has a long-lasting structure, offers low costs thanks to its low maintenance costs.

Desuperheater is suitable for use between (-200 °C) and (+700 °C). Rated pressure is between Class 150 – 4500. Desuperheater nominal diameter is between 1/2″ – 20″. Desuperheater is manufactured from steel, stainless steel, monel, hastelloy, duplex and super duplex materials.

Areas of Use

Desuperheater is widely used in oil and gas industry, waste recycling and petrochemical production.

Frequently Asked Questions

What is a desuperheater?

Desuperheater are valves designed to reduce both steam pressure and steam temperature by spraying water at the same time.

Where is the Desuperheater used?

Desuperheater is widely used in steam lines with high pressure and temperature, such as power plants and sugar factories.

What are the advantages of the Desuperheater?

Since it reduces both temperature and pressure at the same time, its cost is more favorable than two valves, maintenance costs are lower,

Why should I choose Desuperheater?

Desuperheater offers advantages in terms of increasing efficiency, reducing costs and minimizing leakage.