Globe Valve With Handwheel

We are a professional valve manufacturer with ISO, API and CE certifications. Our workshop is equipped with complete production machinery and a strict full-process quality inspection system. We welcome OEM and ODM custom orders with flexible minimum order quantities. Our long service life globe valves are exported to many countries and earn consistent good feedback from global customers.

Key Attributes

What’s the core function of Globe Valve With Handwheel, and how are they different from ball valves?

This handwheel globe valve is designed for two core purposes: precise flow throttling and full pipeline shutoff. Ball valves perform best only at fully open or fully closed positions; partial opening will quickly wear the sealing surface due to strong medium impact. The internal curved flow channel of the globe valve disperses fluid pressure evenly. You can slowly rotate the handwheel to fine-tune flow volume and pipeline pressure for stable medium control. It’s the top choice for steam, oil and chemical lines that require frequent flow adjustment.

Will the handwheel take much force to turn under high working pressure?

We optimize the thread matching and internal trim structure to reduce operating torque. Even under rated maximum pressure, the handwheel rotates smoothly without jamming. Operators only need bare hands to complete opening, closing and flow adjustment, no wrenches or auxiliary tools needed. If you have ultra-high pressure working conditions, we can also provide enlarged handwheels as a custom option to further lower operation strength.

What body material options can I choose for this Globe Valve With Handwheel?

We have two common body materials to pick from: WCB carbon steel, stainless steel 304 and 316L.

WCB holds up well under high heat and has strong body strength, good for steam, heat oil and oil pipelines.

304 and 316L stainless steel stop rust and mild acid & alkali corrosion, fit seawater, salt water and chemical waste liquid lines.

Every cast body gets full material check before we start machining work.

What sealing configurations are available to match different media and temperatures?

Three mature sealing solutions for different working scenarios:

PTFE soft seal: Achieves complete zero leakage, low friction, fits normal-temperature non-high-pressure corrosive liquids

Flexible graphite packing seal: Outstanding heat resistance, stable under long-term high-temperature steam circulation lines

Metal hard seal assembly: Strong anti-wear and high-pressure resistance, works for media mixed with tiny solid particles that would damage soft seals

What pressure classes and temperature ranges can this Globe Valve With Handwheel withstand?

Standard pressure grades include PN16, PN25, PN40, Class150 and Class300. Applicable working temperature ranges from -29°C up to 425°C. WCB models adapt to higher temperature environments, while stainless steel versions maintain stable performance under low-temperature corrosive working conditions.

What flange specifications can you produce for this globe valve?

Standard flanges follow ANSI, GB, DIN and JIS industry standards. Raised face (RF) flange is the factory default, and flat face (FF) flange can be produced on request. If your on-site pipeline uses non-standard bolt hole spacing, special flange thickness or outer diameter, we can adjust the flange machining size strictly according to your technical drawings.

What sizes do you keep in stock, and can you make oversized non-standard valves?

Conventional specifications DN15 to DN300 are stored in our warehouse for fast shipment. For engineering projects requiring calibers larger than DN300 or custom non-standard inner bore sizes, we support full customized production. Every finished valve will go through double dimensional inspection before packaging to avoid assembly mismatch on site.

Which industries widely adopt Globe Valve With Handwheels?

They are extensively used in thermal power plants, central heating steam systems, petrochemical processing workshops, seawater desalination equipment, industrial wastewater treatment stations and heating pipe networks. Workers can observe and operate the handwheel conveniently on above-ground pipelines without complex auxiliary structures.