We specialize in manufacturing high-performance valves for cryogenic, ambient, and high-temperature applications, with core expertise in cryogenic valves developed over 10+ years. Our products leverage patented technologies and rigorous engineering to ensure reliability in extreme conditions (-196°C to 800°C). Unlike competitors, we focus on precision sealing, robust material durability, and customized solutions tailored for LNG, industrial gas, chemical, and energy sectors. Advanced testing protocols and ISO-certified quality control guarantee leak-free performance and long service life. As a trusted partner for global clients, we combine innovation with proven experience to deliver valves that excel in safety, efficiency, and adaptability—positioning us as a leader in cryogenic valve technology.
Cryogenic valves handle extremely low-temperature fluids like LNG, liquid nitrogen, or oxygen. Constructed from special materials to withstand thermal stress, they prevent leaks and ensure safety in aerospace, medical, and energy industries.
High-temperature valves are designed for steam, hot oil, or gases exceeding standard limits. Made from heat-resistant alloys, they maintain integrity under thermal stress. Common in power plants, refineries, and chemical processing for reliable performance.
Normal valves operate at standard temperatures and pressures. They are versatile, cost-effective, and used in water supply, irrigation, and general industrial applications. Materials like brass, stainless steel, or PVC ensure compatibility with various fluids.
A ball valve is a quarter-turn valve that uses a hollow, perforated, and pivoting ball to control flow. It offers excellent shut-off capability and is durable with low maintenance. Commonly used in applications requiring tight sealing, it is suitable for gases, liquids, and corrosive fluids. Its simple design ensures reliability and long service life.
A butterfly valve regulates flow using a rotating disc. Compact and lightweight, it is ideal for large pipe diameters. It provides quick operation and low pressure drop. Suitable for water, air, and mild corrosive fluids, it is widely used in HVAC, water treatment, and industrial systems.
A check valve allows fluid to flow in one direction only, preventing backflow. It operates automatically, reducing the risk of contamination and damage. Common types include swing, lift, and ball check valves. It is essential in plumbing, wastewater, and chemical industries for system safety.
A globe valve controls flow through a movable disc and stationary ring seat. It offers precise throttling and shut-off, making it ideal for regulating flow. Though it causes higher pressure drops, its reliability suits steam, oil, and gas applications.
A gate valve uses a sliding gate to start or stop flow. It provides minimal pressure drop when fully open and is used for on/off control. Suitable for high-temperature and high-pressure systems, it is common in oil, gas, and water supply pipelines.
A regulator valve maintains consistent pressure or flow rates in systems. It automatically adjusts to changes, ensuring stability in gas, liquid, or steam applications. Widely used in HVAC, oil refineries, and power plants for efficient process control.
A dispensing gun is designed for accurate liquid transfer in industrial or laboratory settings. It controls flow manually or automatically, minimizing spills. Commonly used for fuels, chemicals, and lubricants, it ensures safe and efficient handling of fluids.
Deep Cryogenic Mastery: Patented technologies for -269°C to +200°C applications, validated in LNG, aerospace, and hydrogen sectors.
Reliability-Driven Design: ISO 9001-certified processes ensure leak-free, long-lasting performance under 50,000+ pressure cycles.
Material Innovation: Advanced alloys and sealing solutions combat thermal stress/embrittlement, exceeding ASME/BS/API standards.
Tailored Integration: Customized valve systems for complex pipelines, reducing downtime and lifecycle costs.
Trusted by global energy and tech leaders, we deliver mission-critical fluid control through relentless R&D and quality-first manufacturing.