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This valve is built for applications where high pressure meets high maintenance demands. The three‑piece construction – a center body section held between two flange end caps – lets you access the internal ball and seats by simply swinging out the center assembly. No need to cut pipe, no need to unbolt the flanges from the line. And performance-wise, it's everything you'd expect from ET VALVE: full-bore flow for minimal restriction, a precision-machined floating ball for tight shutoff, and a design that holds up reliably in harsh, high-cycle services.

This is a quarter‑turn ball valve that handles tough process applications with ease. The body comes in two pieces bolted together, which gives it the strength to handle thermal expansion and mechanical loads without losing integrity. When the valve is open, the bore is full‑sized – same as the pipe – so you get maximum flow and almost no pressure drop. Inside, we use PTFE or reinforced TFM seats, which seal bubble‑tight and keep the valve operating smoothly even at high pressures. It's no surprise this design has become a go‑to choice across the global process industry.

ET VALVE's rising‑stem gate valve is built tough and reliable, which makes it a solid fit for waterworks, fire-protection systems, and a wide range of industrial services. The stem moves right along with the wedge – it goes up as the valve opens and comes back down when it closes – so you can tell the valve's position instantly just by looking at it. Inside, the wedge‑shaped gate comes with a full EPDM encapsulation (that's the soft-seal configuration), giving you a trustworthy bidirectional shutoff that holds up even under high pressures. And the straight‑through bore design keeps pressure loss low and flow turbulence to a bare minimum, while also making pigging operations straightforward – all of which adds up to a practical layout that simplifies both installation and routine maintenance.

This gate valve from ET VALVE uses a non-rising stem (NRS) design – which means the stem doesn’t move up and down at all; instead, it rotates a nut inside the gate to open or close the valve. That one difference makes the whole assembly remarkably compact, so it fits easily into tight pipe racks or cramped equipment compartments where a traditional rising-stem valve simply wouldn’t have room. The gate itself is fully encapsulated in EPDM rubber, giving it a resilient seating surface that closes firmly and delivers absolutely zero leakage across the seal. On the inside, the body features a flat-bottomed design that stops sand, scale, or any other debris from settling and building up over time. Even when you're handling sewage or slurry, this valve has proven itself capable of running reliably for decades with no maintenance required – and that's not just marketing talk.

The ET VALVE Wafer-Type Full Rubber-Lined Double Disc Check Valve is engineered to deliver superior resistance to corrosion and highly aggressive chemicals in unidirectional flow applications. Unlike conventional metal-seated check valves, this valve features a fully encapsulated design, with the valve body interior completely lined with a thick layer of high-performance vulcanized rubber or elastomer. Its dual-plate configuration distributes sealing loads evenly, enabling operation at low opening pressures and ensuring excellent sealing performance even under low back-pressure conditions. This valve is an ideal choice for handling highly corrosive or abrasive media, as well as applications with strict hygienic requirements.

ET VALVE’s Wafer-Type Half Rubber-Lined Double Disc Check Valve is engineered for one-way liquid flow control, combining a space-saving footprint with a fast-acting response. The spring-assisted dual discs close instantly upon flow reversal, effectively softening the impact and pressure surges that typically follow pump trips or unexpected shutdowns. Its body adopts a selective lining approach—rubber or elastomer is applied only to the internal sealing faces, while the exterior casing remains painted and unlined. This targeted design secures reliable sealing and abrasion resistance right at the critical contact zones, and at the same time keeps the unlined outer structure from driving up production costs. For applications that do not demand full-body encapsulation, this solution offers a sound balance between performance and economy.