PN64 (6.4MPa) Medium High Pressure Stop Valve J61Y-64P | YOYIK

Product Introduction

Company Profile

Product Features & Operation Points

• PN64 (6. 4MPa) Pressure Class Conformance: Compliant with national industrial standards for PN64 nominal pressure, the valve provides dependable medium-high pressure bearing capacity, able to resist the impact of high-pressure media in thermal power plant pipelines while maintaining leak-free and stable operation, perfectly adapting to the medium-high pressure working environment of thermal power generation.
• Exceptional Shut-Off Dependability: Adopting a precision-ground conical hard seal combined with surface hardening technology, the valve achieves tight and long-lasting media shut-off without leakage. This key performance guarantees the safety and stability of medium-high pressure pipeline systems, avoids operational risks caused by media leakage, and supports continuous power generation.
• Premium Alloy Steel with Suffix P: Made of high-quality alloy steel that matches PN64 pressure class and meets suffix P material requirements, the valve possesses excellent high-temperature resistance (up to 425℃), as well as strong mechanical strength, wear resistance and corrosion resistance, ensuring long-term reliable service in medium-high pressure pipelines of thermal power plants.
• Stable Sealing & Effortless Operation: Equipped with metal-to-metal hard seating and high-temperature resistant flexible graphite packing, the valve maintains stable sealing performance under medium-high pressure and high-temperature conditions, preventing media leakage and impurity ingress. Its precision-threaded manual stem allows for smooth and labor-saving operation, enabling accurate on-off control of pipeline systems.
• International Standard Compliance & Easy Maintenance: Strictly manufactured in line with API 598, HG/T 20592 and other international and national standards, the valve is fully compatible with global large-scale thermal power plant equipment. Its top-mounted design facilitates on-site inspection and maintenance, effectively reducing equipment downtime and maintenance costs.

Applications

• Medium-high pressure pipeline systems in thermal power plants (e. g. , Kamalanga Power Plant)
• Boiler auxiliary systems, including medium-high pressure feedwater and superheated steam conveying pipelines
• Turbine cooling water and lubricating oil medium-high pressure pipeline systems
• Medium-high pressure instrument loop control pipelines in thermal power generation facilities
• Auxiliary medium-high pressure steam transmission networks in large thermal power stations
• Medium-high pressure light oil and auxiliary media conveying pipelines in thermal power plants
• Medium-high pressure pipeline shut-off and isolation applications in thermal power generation

Closing Statement