At Achievo Engineering, we are a trusted partner to the Industrial Valves and Fluid Control sector, supplying precision-engineered rubber, metal, and plastic components that ensure tight sealing, consistent flow control, and long-term operational safety. Our products are widely used in water treatment plants, chemical facilities, oil & gas pipelines, HVAC systems, and other fluid management applications—both in India and across global markets.

Our rubber offerings include O-rings, lip seals, valve seats, high-pressure seals, neck rings, elbows, bushes, V-rings, and washers, suitable for both low and high-temperature environments. These components are designed to deliver excellent chemical resistance, leak-proof performance, and long-term durability, even under extreme pressure and temperature fluctuations.

In the metal segment, we supply CNC and VMC machined components, valve casings, pressure and vacuum gauge housings, air gap plugs, lubricator pipes, and more — all crafted with tight tolerances to ensure reliability in demanding fluid control systems.

Our plastic components include valves, tubes, and nozzles, produced from chemically resistant, lightweight, and high-strength polymers that deliver precise flow control and easy integration across fluid systems.

Why Fluid Control OEMs and Engineers Trust Achievo Engineering:

✅ High-performance sealing solutions for extreme pressure and temperature conditions

✅ Precision-fit rubber and metal parts for smooth, leak-free valve operation

✅ Machined and molded components tailored for accuracy and longevity

✅ Material compatibility with corrosive and reactive media

✅ ISO-certified manufacturing and rigorous product testing

✅ OEM and white-label support for valve and control equipment brands

✅ Rapid customization for unique valve designs and retrofits

✅ Reliable supply chain and on-time global delivery

✅ Responsive engineering and customer support team

✅ Proven experience serving water, oil, chemical, and industrial sectors

At Achievo Engineering, we bring together engineering precision, application-specific design, and material excellence to support the safe, efficient, and reliable movement of fluids — one component at a time.