Threaded Steam Trap Valve

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MOQ : 1 Unit

Threaded Steam Trap Valve Specification

Valve Size
Varies (Standard: 15 mm to 50 mm)

Valve Type
Steam Trap Valve

Features
Corrosion Resistant, Energy Saving, Maintenance Friendly

Material
Cast Iron/Carbon Steel (Body), Stainless Steel (Internal)

Connection Type
Threaded (BSP/NPT)

Control System
Thermodynamic / Mechanical (as per design)

Application
Steam Systems, Condensate Removal

Structure
Y-Type Body

Sealing
Metal to Metal

Type
Mechanical Steam Trap Valve

Power
Manual / Mechanical

Pressure
Up to 25 bar (range may vary)

Media
Steam, Condensate

Port Size
1/2 to 2 BSP/NPT Threaded

Temperature
Up to 220C (typical)

Disc
Integrated Stainless Steel/AISI as per model

Inspection
100% Hydro-tested

Pressure Rating
Class 150/300 as per material

Flow Direction
Unidirectional (Arrow Marked on Body)

End Connection
Screwed Threaded

Body Finish
Black Paint / Epoxy Coated

Mounting
Horizontal or Vertical

Product Code
As per manufacturer's specification

Threaded Steam Trap Valve Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
2-5 Days

Main Domestic Market
All India

About Threaded Steam Trap Valve

Spotlight the sought-after Threaded Steam Trap Valve-your top-drawer solution for steam systems and condensate removal. Buy online and grab yours today for unmatchable energy-saving performance and effortless maintenance. Designed with a corrosion-resistant Y-type body, this steam trap valve operates in both horizontal or vertical positions with unidirectional arrow marking for reliable installation. With robust class 150/300 pressure ratings and metal-to-metal sealing, it's ideal for demanding applications. Each valve is 100% hydro-tested, available in various port sizes (1/2/2 BSP/NPT), and features premium cast iron/carbon steel body with stainless steel internals for longevity. Supplied by trusted manufacturers and suppliers in India.

Perfect Fit for Steam Systems Across Industries

The Threaded Steam Trap Valve is suitable for a range of usage types, including industrial steam systems and condensate removal. Its robust construction and resistance to corrosion make it ideal for power plants, processing facilities, and HVAC installations. With its ability to be mounted horizontally or vertically, and temperature endurance up to 2206C, this valve brings flexibility and reliability wherever efficient steam and condensate management are required.

Expanding Reach: Domestic and Export Markets

This steam trap valve enjoys significant market value, catering to both main domestic and export markets. Major end-users include industries across India and global buyers seeking dependable steam solutions. Competitive outlay terms, multiple payment options, and an accommodating sample policy support buyer confidence. Its reputation as a top-choice manufacturer and supplier ensures a steady demand in the export market for both new setups and system upgrades.

FAQ's of Threaded Steam Trap Valve:

Q: How is the Threaded Steam Trap Valve installed?

A: The valve can be easily installed in both horizontal and vertical orientations, guided by the arrow marked on the body to ensure correct unidirectional flow.

Q: What are the primary uses of this steam trap valve?

A: It is mainly used for automatic removal of condensate and non-condensable gases from steam systems, helping to optimize efficiency while protecting equipment.

Q: When should I consider replacing or maintaining my steam trap valve?

A: Routine inspection and maintenance should be performed as per system requirements. If you notice reduced efficiency or leaks, maintenance or replacement should be scheduled promptly.

Q: Where can this steam trap valve be used effectively?

A: It's highly effective in industrial steam systems, HVAC networks, power generation plants, and any area requiring reliable condensate removal and steam management.

Q: What is the benefit of 100% hydro-testing for these valves?

A: Hydro-testing ensures each valve can withstand its rated pressure and operate reliably under real-world conditions, minimizing risks of leaks and system failures.