High Performance Butterfly Valve
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Data Centers
Strong evidenceExplicitly categorized for data centers by AVCO. The 60" Class 150 ceiling is the largest size from this vendor — campus-scale chilled-water headers rather than rack-level cooling. Double offset disc gives bi-directional bubble-tight shut-off, the real requirement for isolating a cooling loop without draining it.
Air Separation
Strong evidenceAir separation is named in the Type 800 / 800ISO industrial-branch list (with chlorine liquefaction, oil and gas, power generation, offshore, pulp & paper, desalination, steam, corn processing, HVAC), and the process list names Liquid nitrogen, Oxygen and Carbon monoxide & carbon dioxide — the actual ASU product streams. Type 800ISO's optional alloys (Duplex, Superduplex, LCC/LCB, WC6, CF3M, Monel, Inconel, Hastelloy, Alloy 20) are the broadest single-product alloy list in the corpus; NPS 108" is the largest valve size in the project.
Chemical compatibility
Hydrocarbons/Fuels/Oils
Strong evidenceThe seat-material ladder is the content: the same body spans -196°C to +550°C purely by changing seat construction — the widest single-family range in the corpus and directly relevant to hydrocarbon service running from cryogenic light ends to hot heavy residues. HPBV-STJ's triple-point steam jacketing (shaft/bearings, body and disc all jacketed, steam circulating through the full disc perimeter) is the anti-solidification answer for waxy/asphaltic media. Type 800's dual-component seat rated leak-tight to EN12266-1 rate A up to 300°C is specifically stated for flammable-media fire safety.
Gases & Elemental/Inorganic Misc
Strong evidenceThe load-bearing finding: Type 800 has a dedicated datasheet specifically for dry chlorine service (CP-XOMOX-HPBVDRYCHLORINESERVICE), not just a general brochure — this line is validated for chlorine gas handling rather than merely marketed for it. Chlorine liquefaction and air separation both appear in the industrial-branch list, and the process list names liquid nitrogen, oxygen and carbon monoxide/carbon dioxide. Sodium hydroxide is explicitly named here and notably was NOT listed on the XOMOX Lined Valves family, so this fills a real intra-brand gap for a NaOH-service butterfly valve.
Technical guides for High Performance Butterfly Valve
Frequently Asked Questions
What industries use High Performance Butterfly Valve?
LibertyCES has documented High Performance Butterfly Valve specified across 2 sector applications, including Data Centers and Air Separation.
What is a real-world application of High Performance Butterfly Valve in Data Centers?
Explicitly categorized for data centers by AVCO. The 60" Class 150 ceiling is the largest size from this vendor — campus-scale chilled-water headers rather than rack-level cooling. Double offset disc gives bi-directional bubble-tight shut-off, the real requirement for isolating a cooling loop without draining it. — examples include AVCO BFV HP (lug-type double offset disc; Class 150: 2"-60", Class 300: 2"-36"; 316SS or carbon steel body, 304SS/316SS disc, 17-4PH stem, TFE or RTFE seats; API 609 Type B, API 598, ASME B16.5, ASME B16.47; vendor categories Data Center, Food & Beverage, Power, Refining). This is well-documented in LibertyCES's field data.
Is High Performance Butterfly Valve compatible with Hydrocarbons/Fuels/Oils?
The seat-material ladder is the content: the same body spans -196°C to +550°C purely by changing seat construction — the widest single-family range in the corpus and directly relevant to hydrocarbon service running from cryogenic light ends to hot heavy residues. HPBV-STJ's triple-point steam jacketing (shaft/bearings, body and disc all jacketed, steam circulating through the full disc perimeter) is the anti-solidification answer for waxy/asphaltic media. Type 800's dual-component seat rated leak-tight to EN12266-1 rate A up to 300°C is specifically stated for flammable-media fire safety. Materials to confirm: A216 Gr. WCB, A351 Gr. CF8M, 1.0619, 1.4408, Optional Duplex, Superduplex, LCC/LCB, WC6, CF3M, Monel, Inconel, Hastelloy, Alloy 20, PTFE/RPTFE seats (-70°C to +232°C), Metal-PEEK (-70°C to +260°C), Fire-Safe Metal/PTFE (-70°C to +300°C), Metal/Graphite (-70°C to +550°C / 1022°F — highest single-valve temperature ceiling in the project), Metal-PCTFE cryogenic (-196°C to +50°C). Specific chemicals include light hydrocarbons, propane, methanol, heat transfer fluids, resins/polymers, chloroform, chloro-pyridine, hot gases, bitumen.
What chemical families is High Performance Butterfly Valve rated for?
LibertyCES has documented chemical compatibility records for High Performance Butterfly Valve across 2 chemical families, including Hydrocarbons/Fuels/Oils, Gases & Elemental/Inorganic Misc.
Send LibertyCES the process data, not a part number
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