The products from RICK valve are designed and produced strictly in accordance with: Standards: API, ANSI, DIN, BS, JIS.
Oil and Gas Pipelines
In high-pressure, flammable and explosive oil and gas long-distance transportation scenarios, RICK ball valves are forged with API 6D standard WC6 alloy valve bodies with double cutoff design, which can withstand 2500psi pressure shocks.
For the fine control requirements of corrosive media (such as chlorine and concentrated sulfuric acid), the bellows stop valve uses CF3M austenitic stainless steel valve stems and PFA bellows sealing components to achieve 100,000 cycles without leakage.
In a 600℃ supercritical steam environment, the bellows gate valve adopts WC9 cobalt-based alloy valve seat and self-sealing structure design, which can withstand 45MPa pressure difference impact.
To cope with water hammer impact and sediment wear, the fully lined rubber gate valve adopts EPDM rubber lining with one-way flow channel design, and still maintains 30 seconds fast opening and closing capability under DN800 caliber.
The products from RIWe would like to introduce RICK VALVES as one of the quality manufacturers of industrial valves & fittings in China. Our company, which was established in 2006, owns advanced CNC machining centers,CNC lathes, plasma welding machines, chemical elements analyzers, mechanical properties testers,hardness testers, spectroscopic analyzers, non-destructive defects detectors, ultrasonic thickness measurers and other various special equipments, with a first-class valve manufacturing and testing capabilities to provide a powerful guarantee for high-quality products.
The products from RIWe would like to introduce RICK VALVES as one of the quality manufacturers of industrial valves & fittings in China.
Rich Experience
Our company, which was established in 2006, owns advanced CNC machining centers,CNC lathes, plasma welding machines, chemical elements analyzers, mechanical properties testers,hardness testers, spectroscopic analyzers, non-destructive defects detectors, ultrasonic thickness measurers.
Quality Control
Rick Group has built a capability matrix covering 7 core technology platforms such as spectral analysis and ultrasonic phased array detection. Recently, it has developed a breakthrough 1200℃ ultra-high temperature sealing component, conquered the deep sea 3000-meter valve pressure resistance technology, and obtained 18 national patent certifications.
Strict Design Standards
The MES system collaborates with 120 CNC equipment to achieve flexible production, and the delivery cycle is shortened by 40% compared with the industry; the original "12 quality inspection gates" mechanism, combined with 6 types of testing methods such as non-destructive testing and metallographic analysis, ensures a 99.8% product pass rate at one time.
Full Scenario Solution
Rick Group has pioneered the OMO service model of "satellite service station + AR collaboration", deployed mobile service networks in 85% of prefecture-level cities across the country. Its "RICK-Pro" industry database has accumulated 2000+ working condition solutions, providing customized service support for high-end customers.
DIGITAL SHOWROOM
If you want to learn more about our manufacturing capabilities, you can click on the avatar in the scene, or accept my invitatio.
Our Projects
We have an excellent technical team, which can be designed according to customers requirements.
RICK VALVES Project
We would like to introduce RICK VALVES as one of the quality manufacturers of industrial valves & fittings in China.
Procurement in oil, gas, and chemical industries carries exceptionally high stakes. Selecting the wrong isolation or control valve often leads to fugitive emissions, costly downtime, or catastrophic failure in severe service conditions.
Standard resilient-seated valves offer exceptional cost-effectiveness for general utility systems. However, they pose catastrophic failure risks in severe service environments where extreme conditions prevail.
Choosing the wrong seat material creates serious operational hazards. It goes far beyond initial procurement budgets. The wrong choice leads to premature wear. It causes catastrophic line leakage. Ultimately, it triggers unscheduled, expensive facility downtime.
Specifying the wrong connection type for your fluid control system goes beyond minor installation delays. It often leads to catastrophic leaks. You might face sudden mechanical failure during water hammer events. Forced system-wide downtime quickly becomes a harsh operational reality.
Industrial fluid control carries incredibly high stakes for facility operators. Specifying the wrong valve often leads to two major headaches. You either face catastrophic leaks and severe safety hazards by under-specifying, or you suffer from bloated capital expenditure by over-specifying.
