Shut-off Valve V-029

Acier inoxydable

Matériel

3/4"- 2"

Taille

BSP/NPT/G

Fil

Vannes hydrauliques et pneumatiques

Shut-off Valve V-029

The shut-off valve is one of the most critical components in industrial fluid control systems. It is primarily used to provide fast, leak-proof isolation for industrial pipelines. The valve delivers robust shutoff under high pressure and corrosive conditions to ensure system and equipment safety.

Shut-off Valve V-029

A Shut-off Valve (Globe/Gate type) is a type of valve designed to completely block or open fluid passages within piping systems. Its primary function is to achieve rapid, reliable fluid isolation, thereby ensuring system safety and operator protection during equipment maintenance, emergency shutdowns, and similar scenarios. The working pressure of this high-sealing shut-off valve is up to PN40 / 600psi (depending on size & material). The temperature range is -20℃ to ~ 200℃ (for PTFE sealing) and up to 400℃ (for metal sealing).

Shut-off Valves (Globe/Gate type) are not typically used for precise flow regulation but instead for fully open or fully closed conditions. Featuring robust construction and excellent sealing performance, these valves deliver long-term stable operation in high-temperature, high-pressure, and highly corrosive environments. The shut-off valve is extensively used across industrial, commercial, and residential sectors.

Caractéristiques

Haute performance d'étanchéité

Utilizes high-quality sealing materials and precision machining to ensure no leakage over extended use, and is suitable for high-pressure and high-temperature operating conditions.

High Pressure Resistance and Durability

Manufactured from high-strength materials, it can withstand high working pressures and mechanical impacts, making it highly durable with a long service life.

Forte résistance à la corrosion

Materials such as stainless steel and brass can withstand various chemical media, including acids, alkalis, and salts, making them suitable for systems transporting corrosive media.

Diverses options de filetage

Interface threads of the shut off valves support BSP, NPT, G, and other thread types, as well as flange and welded connections, compatible with multiple international standards.

Applications

Chemical Lines

Industrial shut-off valves provide secure isolation for process pipes carrying acids, alkalis, and solvents. Its stainless construction resists corrosion and preserves product life even in harsh environments.

Oil & Gas

The stainless steel shut-off valve is used for sampling taps, bleed lines, and emergency isolation points on skids and racks. The valve’s quick shutoff reduces spill risk during maintenance and emergency events.

Water Treatment

The emergency isolation valve isolates service lines and control manifolds in water and wastewater systems. Reliable sealing prevents leaks that could affect treatment processes and safety.

Power Generation Systems

Cyclic pressures and elevated temperatures are common in power plants and steam service. The threaded shut-off valve is dependable to protect turbines, boilers, and auxiliary equipment during repairs.

Spécifications

Spécifications du produit

Code produit	V-029
Matériel que nous pouvons faire	Acier inoxydable
Gamme de tailles	“3/4” – “2”
Thread Type	BSP/NPT/G
Temperature Range	-20°C to 120°C
Maximum Pressure	125 psi

Logistique et certifications

Certificat	ISO 9001:2015, IS014001:2015, CE, ROHS, KC, etc.
Emballer	Sac en PVC pour chaque pièce.Cartons avec palette/palette/caisses en bois
Port	Ningbo/Shanghai, Chine ou autre port sur demande.
Échantillon	Offrez des échantillons gratuits et le fret collecté
Détails de livraison	Selon les quantités et les spécifications de chaque commandeUn stock complet pour assurer des livraisons rapides pour les petites commandes.Les délais de livraison normaux sont de 30 à 45 jours après réception de l'acompte
Applications génériques	Chemical Lines, Oil & Gas, Water Treatment, Power Generation Systems

Soutien

En savoir plus sur nous

Guide d'installation

To install the shut off valve, first isolate the pipeline and fully depressurize before work. Confirm the valve size, thread standard, and material that suit the system. Fit the valve with the correct thread sealant and hand-start threads to avoid cross-threading. Support nearby pipes to prevent undue body loads. Tighten to the recommended torque and orient as required by the system layout. Slowly bring the line up to pressure, cycle the valve to seat seals, then inspect for leaks and ensure the closures are tight under operating conditions.

Maintenance après-vente

At Procamlock, we are committed to ensuring that every shut-off valve delivers consistent performance and long service life. We have an after-sales team to guide you on valve element replacement, best practices for shut off valve care, and troubleshooting assistance for any technical concerns. We also provide access to genuine replacement parts to maintain the efficiency of your valve system. Whether you need quick maintenance tips or detailed servicing advice, our support team is dedicated to helping you keep your high-sealing shut-off valve equipment operating at its best long after purchase.

FAQ

Looking for answers about Shut-off Valve? Visit our FAQ section for detailed information and expert insights.

Is OEM/ODM service available?

As a manufacturer, we have extensive experience providing OEM services to help customers develop their own products and ODM services to customize products according to customers’ project requirements. Please feel free to contact us regarding your needs.

What media is the Shut-off Valve suitable for?

Our Shut-off Valve is suitable for conveying water, steam, acidic/alkaline liquids, oils, and other media.

Are there any restrictions on the installation direction of the Shut-off Valve?

Generally, it is recommended to install horizontally for optimal sealing performance; however, some models allow multi-directional installation.

What is the difference between a shut-off valve and a ball valve?

PROCAMLOCK propose des raccords à came durables et hautes performances pour une utilisation facile dans des secteurs tels que la transformation des aliments, la chimie et la construction.