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TA2 Titanium Alloy Lift Check Valve, Flange End, PN16, Corrosion Resistant

TA2 Titanium Alloy Lift Check Valve, Flange End, PN16, Corrosion Resistant

Markenbezeichnung: LHTi
Modellnummer: Hubrückschlagventil aus Titanlegierung
MOQ: 1 Stück
Preis: verhandelbar
Zahlungsbedingungen: L/C, D/A, D/P, T/T, Western Union
Versorgungsfähigkeit: 5000 Stück pro Monat
Einzelheiten
Herkunftsort:
Baoji, China
Zertifizierung:
ISO9001
Produktname:
Hubrückschlagventil aus Titanlegierung
Größenbereich:
DN15–DN500 (1/2"–20")
Druckstufe:
PN1,6–10,0 MPa / Klasse 150–600
Körpermaterial:
Titanlegierung (TA2/Gr2)
Dichtungsmaterial:
Hartlegierung auf Stellit-/Eisenbasis
Verbindung:
Flanschende (Multistandard-kompatibel)
Struktur:
Verschraubte Motorhaube, Lifttyp
Betrieb:
Automatisch (durchflussgesteuert)
Besonderheit:
Korrosionsschutz, verschleißfest, lange Lebensdauer
Anwendung:
Korrosive chemische Pipelines
Verpackung Informationen:
Faltschachtel oder Palette, oder nach Ihren Anforderungen
Versorgungsmaterial-Fähigkeit:
5000 Stück pro Monat
Hervorheben:

TA2 titanium alloy check valve

,

flange end lift check valve

,

PN16 corrosion resistant valve

Produktbeschreibung
1. Product Introduction

Our Titanium Alloy Lift Check Valve (Globe Pattern) is engineered to automatically prevent fluid backflow in corrosive piping systems. Designed with a bolted bonnet and lift-type disc mechanism, it allows unrestricted forward flow while instantly closing to block reverse flow, protecting pumps, compressors, and other equipment from damage. The titanium alloy construction, combined with hardfaced sealing surfaces, delivers exceptional resistance to corrosion, abrasion, and high temperatures, making it ideal for demanding chemical and industrial environments.

2. Product Specification Table
Parameter Specification
Product Type Lift Check Valve (Globe Pattern)
Nominal Size DN15 ~ DN500 (1/2" ~ 20")
Pressure Rating PN1.6 ~ PN10.0 MPa / Class 150 ~ Class 600
Body & Bonnet Material Titanium Alloy (TA2 / Gr2)
Disc & Seat Material Stellite Cobalt-based Hard Alloy / Iron-based Hardfacing Alloy
Valve Stem Material Nitrided Alloy Steel / Titanium Alloy
Connection Type Flange End (HG, GB, JB, ASME B16.5, DIN)
Face-to-Face Standard GB/T12221, ASME B16.10
Testing Standard API 598, GB/T13927
Operating Temperature -29°C ~ +300°C (based on material)
Applicable Media Corrosive liquids/gases (chlor-alkali, nitric acid, organic acids, brines)
3. Structural Features
  • Reliable Sealing: Disc and seat sealing surfaces are hardfaced with Stellite or iron-based alloys, offering excellent wear, high-temperature, and corrosion resistance for extended service life.
  • Corrosion-Resistant Body: Full titanium alloy construction ensures superior performance in oxidizing and corrosive media common in chemical processing.
  • Upstream Seal Design: An upper seal seat on the bonnet enhances packing seal reliability in the fully open position, allowing easy packing replacement without system shutdown.
  • Durable Stem: The valve stem undergoes quenching and tempering plus surface nitriding treatment, providing excellent anti-corrosion and anti-scuffing properties.
  • Flexible Connection Options: Compatible with various flange standards and sealing face forms (RF, RJ, FM, etc.) to meet diverse project requirements.
  • Low Maintenance: The top-entry bolted bonnet design allows easy access to internal components for inspection and repair, minimizing downtime.
4. Application Fields

This titanium alloy lift check valve is widely used in industries requiring corrosion resistance and backflow prevention:

  • Chlor-Alkali & Soda Ash Industry: For brine, chlorine, and caustic soda process lines.
  • Nitric Acid & Fertilizer Industry: Resists strong oxidizing media and prevents process fluid backflow.
  • Pharmaceutical & Fine Chemical Industry: Handles corrosive solvents and reaction media.
  • Organic & Inorganic Acid Production: Service in acetic acid, hydrochloric acid, and salt solution pipelines.
  • Petrochemical & Offshore Applications: For corrosive process streams in oil refining and marine environments.