Butterfly valves are one of the mainstream valves in the seawater desalination field, and can solve pain points such as corrosion from high-salinity media, precise flow control in pretreatment and product water processes. High-performance hard-seal butterfly valves are used in high-pressure sections. These valves are available in duplex stainless steel, titanium alloy, and fluoropolymer-lined materials.
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Butterfly valves are highly adaptable and can cover three major scenarios in this field: municipal waterworks, sewage treatment, and shipbuilding and marine engineering. Large-diameter (DN500–DN3000) soft-seal centerline butterfly valves are core valves in water supply trunk lines and pumping stations. Fully lined butterfly valves are resistant to acids and alkalis in sewage. Marine-grade bronze or stainless steel butterfly valves are also available.
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Butterfly valves meet stringent requirements such as fire prevention, anti-static properties, and zero leakage, making them suitable for complex operating conditions (high pressure, flammable, explosive, and sulfur-containing media) in the oil and gas industry.
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Butterfly valves are widely used in thermal power, hydropower, and nuclear power plants. Thermal power plants use high-temperature hard-seal butterfly valves (withstanding temperatures above 450℃), hydropower plants use large-diameter eccentric butterfly valves, and nuclear-grade metal hard-seal butterfly valves for nuclear power plants must pass nuclear safety certifications such as RCC-M.
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Butterfly valves developed for the mining and metallurgical industries, particularly those with wear-resistant (including solid particulate media) and high-temperature (high-temperature smelting) properties, have received consistent praise from customers. Soft-seal eccentric butterfly valves, high-temperature butterfly valves, acid and alkali resistant butterfly valves, and large-diameter butterfly valves are commonly used in this field.
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