自動凝縮水ポンプ
Why Choose the CST-810? Completely Solves Stall: Ensures condensate is removed under any condition, preventing waterlogging and water hammer in equipment, and safeguarding equipment safety and efficiency.No Electricity Required: Uses steam or compressed air as the motive force, allowing for safe use in explosion-proof areas, reducing installation complexity, and enhancing system safety.Energy Saving & Emission Reduction: A closed-loop recovery design reduces flash steam losses, saving energy while lowering emissions to meet environmental requirements.
熱力学的スチームトラップ
Why Choose the CST-720? Minimalist Design: With only one moving part (the disc), it offers simple maintenance, a small footprint, and flexible installation, reducing maintenance complexity and costs.High-Temp/High-Pressure Resistant: The all-stainless steel construction allows for use at very high pressures and temperatures, meeting the demands of harsh conditions and ensuring long-term reliable operation.Strong Interference Immunity: Unaffected by water hammer and vibration, it maintains stable operation in harsh industrial environments, reducing the risk of unplanned downtime.
バイメタル・スチーム・トラップ
Why Choose the CST-710? Extremely Durable: With only bimetallic plates acting as the sensing and actuating element, its simple and robust design significantly extends service life and reduces maintenance costs.Resists Harsh Environments: Its normally open design prevents damage from freezing and is insensitive to water hammer, ensuring reliable operation even under severe conditions.Energy Efficient: Allows condensate to cool down to a certain degree (sub-cooling) before discharge, fully utilizing the sensible heat of the condensate and improving system energy efficiency.
機械式スチームトラップ
Why Choose the CST-610? Continuo ous Discharge: The valve opening automatically adjusts to the condensate load, ensuring no water logging inside the equipment, maintaining optimal heat transfer efficiency, and boosting production output.Large Capacity & High Adaptability: Handles wide load variations from zero to full capacity, adapting to diverse operating conditions and providing stable support for your production.Built-in Air Vent: Automatically vents air and other non-condensable gases from the system, enhancing heat transfer efficiency, accelerating equipment start-up, and saving energy.Unaffected by Back Pressure: Operates reliably even under back pressure conditions, making it suitable for complex steam systems and improving overall system reliability.
API 526 フルノズル安全弁
Why Choose the CSV-580? Authoritative Certificcation: Dimensions, materials, and performance are in full compliance with the API 526 standard, ensuring wide recognition and application in the global oil and gas industry.Excellent Durability: The full-nozzle design completely isolates the valve body from the media, effectively protecting it from corrosion, significantly extending service life, and reducing replacement frequency.Stable & Reliable: Specifically designed for severe back-pressure and changing service conditions, it offers stable opening and closing characteristics, providing reliable pressure relief even under extreme conditions.
ASME規格フルリフトセーフティバルブ
Why Choose the CSV-530? International Standard: Fully compliant with the ASME Boiler and Pressure Vessel Code, ensuring compliance and compatibility in projects under the American standard system.Seamless Integration: Equipped with ANSI flanges compliant with ASME B16.5, ensuring a perfect match with American standard piping systems and simplifying engineering design.Reliable Operation: A closed lifting device design ensures safe and reliable operation under various working conditions, providing continuous protection for critical equipment.
ネジ接続安全弁
Why Choose the CSV-515? Easy Installation: The threaded connection design allows for simple and fast installation, especially suitable for small-bore piping systems, reducing installation costs and time.Space-Saving: A compact structural design occupies minimal space, making it easy to integrate into space-constrained equipment and offering flexible layout options.Flexible Configuration: Available in a variety of orifice sizes to meet the protection needs of different discharge capacities, providing customized solutions for various applications.
Y型ストレーナー
Why Choose the CVS-410? Efficient Filtration: A large-area screen design ensures lasting filtration effectiveness and low pressure drop, improving system efficiency and extending equipment life.Convenient Maintenance: Equipped with a blow-off plug, it allows for draining without removing the strainer from the line, simplifying maintenance and reducing downtime.Flexible Adaptation: Offers screens with different mesh sizes to meet various filtration precision requirements, adapting to diverse process conditions and protection needs.
ウェハータイプチェックバルブ
Why Choose the CVS-310? Rapid Response: The disc closes quickly under spring action, effectively reducing water hammer impact and protecting system piping and equipment from damage.Low Flow Resistance: A clear flow path results in low pressure loss, reducing system energy consumption and improving overall operational efficiency.Flexible Installation: A wafer-style design with a short length and light weight saves installation space and can be installed horizontally or vertically to suit various piping layouts.
高性能ダブルオフセットバタフライバルブ
High-Performance Double Offset Butterfly Valve (CVS-250) The CVS-250 high-performance double offset butterfly valve is built for frequent cycling and medium-to-high pressure service where standard resilient-seated butterfly valves wear out too quickly. Its offset disc geometry reduces seat contact during opening and closing, lowering friction, reducing operating torque, and extending service life—while maintaining reliable tight shut-off. This design provides a practical middle ground: the compact footprint and cost advantages of a butterfly valve with sealing performance that approaches ball-valve reliability in many applications. Why choose the CVS-250? Reduced wear, longer service life The double offset design pulls the disc away from the seat early in the opening stroke. Less rubbing means […]