Steam Trap Manufacturer in United States

Industries use steam systems extensively for process applications, power generation, and heating. Steam traps automatically discharge condensate, air, and other non-condensable gases without allowing steam to escape to guarantee efficiency and reliability. Selecting the correct steam trap and vendor is essential for equipment protection and energy efficiency maintenance. Valvesonly, a reliable US manufacturer of steam traps, offers high-performance traps made to satisfy worldwide standards and support several sectors.

Definition of a Steam Trap

A valve-like piece known as a steam trap distinguishes steam from condensate. While keeping live steam inside the system, it releases vapors and condensate. Plants run into problems like water hammer, energy loss, and equipment damage in absence of steam traps.

Designs vary according to operating principles include:

Suitable for high-pressure systems, thermodynamic steam traps are basic, durable.

Temperature-sensitive, excellent for line tracing and heating uses are thermostatic steam traps.

Reliable at moderate pressures, inverted bucket steam traps are effective across load ranges.

handle constant condensate loads in process machinery using ball float and thermostatic traps.

Suitable for superheated steam and changing loads are bimetallic steam traps.

- Technical Details

Capacity, connectivity, and design criteria are all factors engineers must take into account while choosing a steam trap. With the following possibilities, valvesonly steam traps are made:

DN 15 to DN 300 (½” to 12”) are available to manage tiny to enormous pipelines; sizes DN/NPS.

Available in PN10, PN16, PN25, PN40 and ANSI Class 150, 300, 600, Pressure Ratings (PN/Class) satisfy several pressure systems.

Intended for operating pressures up to 50 bar and temperatures over 400°C.

Construction Materials:

Body: Cast Iron, Stainless Steel (304, 316), Carbon Steel (A105, WCB), Alloy Steel

Hardened Stainless Steel, Nickel Alloys, Inconel, Monel: Trim & Internals

Graphite, PTFE, metal-to--metal possibilities for reliability comprise sealing.

Connections at the End:

Per ASME B16.5, flanged (RF, RTJ)

Threaded (NPT, BSP)

Socket Weld / Butt Weld per ASME B16.11 & B16.25

Design and Test Standards: ISO norms with full traceability and test certifications, API, ASME B16.34.

These requirements guarantee conformance to safety codes and fit with worldwide plumbing networks.

Industries We Serve

Steam traps are essential in industries where steam is used for heating, processing, or power generation. Our products are widely used in:

● Power Plants – turbine systems, boiler operations

● Oil & Gas / Petrochemical – refineries, cracking units, steam distribution

● Chemical Processing – heat exchangers, reactors

● Food & Beverage – sterilization, pasteurization, cooking lines

● Pharmaceutical – clean steam applications, autoclaves, sterilizers

● Pulp & Paper – drying cylinders, steam jackets

● HVAC & District Heating – efficient heat transfer and energy savings

● Textile & Marine – process heating and onboard steam systems

Each industry demands steam traps that ensure energy efficiency, minimal maintenance, and long-term reliability.

Why Choose Valvesonly as Your Steam Trap Manufacturer?

Valvesonly stands out as a leading steam trap manufacturer in the USA by offering:

● Wide range of designs for different steam applications

● High-quality materials for corrosion and wear resistance

● Compliance with ASME, ANSI, and ISO standards

● Customization based on process requirements

● Long service life with minimal maintenance

● Global supply chain and prompt delivery

Our steam traps undergo rigorous quality checks, including hydro testing, functional testing, and non-destructive examinations, ensuring reliable performance under the most demanding conditions.

Installation & Maintenance Tips

To maximize efficiency and lifespan, proper installation and regular maintenance are essential:

● Install traps at low points or near equipment requiring condensate removal.

● Use strainers upstream to prevent clogging.

● Ensure correct orientation (vertical or horizontal as per design).

● Avoid oversizing, as it may cause steam loss.

● Conduct periodic inspections to maintain efficiency.

Conclusion

Steam traps may appear small, but they are critical for the safe and efficient functioning of steam systems. Partnering with an experienced steam trap manufacturer in the USA ensures that you receive durable, tested, and industry-approved products for your operations. At Valvesonly, our steam traps combine robust design, quality materials, and technical expertise to help industries achieve higher energy savings and operational reliability.