Low Temperature Globe Valve-SHENGAO VALVE GROUP CO.,LTD

Low Temperature Globe Valve

Precision in Cryogenics: Introducing Low-Temperature Globe Valves by Shengao

Shengao is thrilled to unveil its elite range of low-temperature globe valves, designed specifically for the rigors of cryogenic processes. Embracing a novel insulation technology, these valves promise impeccable performance even in the harshest cold environments. Beyond traditional valves, Shengao emphasizes precision flow control, ensuring reliability and maximum seal integrity at sub-zero conditions. Ranging in diameters from 1/2'' to 24 inches (DN 15-600), these valves cater to varied applications, from LNG storage to aerospace fluid systems. Compliant with DIN and ISO standards, each valve integrates a specialized cryogenic seal to combat potential leakages. For materials, clients can opt for resilient carbon steel or delve into specialized cryogenic-resistant alloys. With a focus on safety and accuracy, Shengao redefines excellence in the valve industry.

Why Choose Us?

ShenGao's Low Temperature Globe Valve

Shengao, a trailblazer in valve innovation, proudly presents its remarkable line of low-temperature globe valves. Dive into the key factors that establish Shengao's low-temperature globe valves as a first-rate choice for industrial aficionados.

01

Exceptional Cold Resilience

At the heart of Shengao's offerings is their pioneering insulation technology. Crafted for supreme performance, these valves operate flawlessly under extreme cold conditions, ensuring the integrity of fluid handling processes.
02

Top-Grade Material Selection

Beyond the usual carbon steel, Shengao integrates advanced materials like cryogenic-resistant alloys. These materials are tailored to resist the effects of extreme cold, ensuring durability and long-term performance.
03

Diverse Operational Domains

From liquid natural gas (LNG) storage and transport to sophisticated aerospace coolant systems, Shengao's low-temperature globe valves adapt seamlessly, ensuring exactitude and unfaltering service.
04

Adherence to Renowned Standards

Shengao's commitment to perfection is manifested in their strict adherence to DIN and ISO standards. Coupled with this is their dedication to furnishing each valve with specialized cryogenic seals, further enhancing their leak-proof capabilities.
05

Unmatched Client Engagement

Choosing Shengao transcends a mere product purchase; it ushers in a partnership with a seasoned support squad, ever-prepared to assist and champion your operational needs.
06

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Key Components of Low Temperature Globe Valve

Valve Casing

Directs the flow of cryogenic fluids.
Plug

Modulates the flow by strategic positioning.
Spindle

Aids in the smooth operation of the valve.
Cryogenic Seal

Assures a leak-proof seal at extremely low temperatures.
Actuator

Dictates the valve's movement for precise control.
Insulation

Minimizes heat ingress and maintains low-temperature conditions.
Bearings

Minimize friction, tailored for low-temperature operations.

Advantages of Low Temperature Globe Valve

01

Cryogenic Sealing Excellence

Low-temperature globe valves, equipped with specialized cryogenic seals, ensure airtight performance, crucially preventing potential leaks in extremely cold conditions.
02

Extended Operational Life

Their intricate design, tailored for cold environments, minimizes wear from thermal contraction and expansion, promising a longer operational life.
03

Compact and Sturdy

Precision-engineered, these valves are space-efficient without compromising their robustness, making them ideal for challenging low-temperature applications.
04

Pinpoint Flow Control

The unique design of these globe valves ensures accurate modulation of flow, vital for maintaining consistent and dependable operations in cryogenic settings.
05

Tailored for Extreme Cold

These valves excel in environments with dramatic temperature drops, courtesy of their specialized insulation and sealing mechanisms.

Why Choose
Low Temperature Globe Valve?

In the domain of cryogenic fluid management, the reliability and efficiency of the controlling mechanism are critical. Low-temperature globe valves encapsulate this principle perfectly. With their specialized cryogenic seals and meticulous design, they stand out in their class, ensuring accuracy even in the harshest cold conditions. In industries where precision in extreme environments is a non-negotiable, choosing low-temperature globe valves is a testament to an unwavering commitment to excellence and durability.

About Shengao Low-Temperature Globe Valve

Body Type :	Globe
Body Material :	LCB/LCC low-temperature carbon steel (for cryogenic applications), 316L stainless steel (for enhanced cold scenarios), and other specialized alloys suitable for low-temperature operations.
Spindle Material :	Commonly made from cryogenic-grade stainless steel or materials that resist brittleness at very low temperatures and match the body to avert galvanic corrosion.
Bellows Material :	Specialized cryogenic-grade stainless steel or materials designed to ensure a flawless seal, even at extremely low temperatures, preventing stem leakage.
Plug Material :	Constructed primarily of stainless steel or bronze adapted for low temperatures, with potential upgrades for niche cryogenic tasks.
Bearings :	Mainly fabricated from materials like PTFE or specialized bronze that retain their performance attributes in cold environments, ensuring longevity and minimizing friction during valve functioning.
Pressure Ratings：	Class 150-2500 (in compliance with ASME standards) Or PN10~PN160, considering the rigors of low-temperature operations.
Actuators :	Manual handwheel, electric actuator with cold-resistant features, and pneumatic actuators suitable for cryogenic conditions.
Temperature :	Specifically designed for extreme cold, these valves are proficient in temperatures plummeting to as low as -196°C and potentially even lower, depending on the exact material and design specifications.
Size:	Available in sizes ranging from 1/2'' to 24'' (DN 15-600), accommodating diverse cryogenic application requirements.