JONENG Sanitary Flow — Accueil

Votre liste de consultation

La liste est vide. Ajoutez un produit depuis sa page et il vous attendra ici.

Vanne de régulation de pression constante

Stainless Steel Sanitary PN10 Welding Back Pressure Valve

Marque
JONENG
Référence
LD-767094588

The stainless steel sanitary welded constant pressure valve is a valve connected by welding process. It is made of stainless steel. It maintains constant pressure to prevent pressure fluctuations in the pipeline system and ensure stable fluid output. The stainless steel sanitary welded constant pressure valve is usually used in pipeline systems in the food, pharmaceutical, chemical and other industries. It is often installed on inlet and outlet pipelines. The stainless steel sanitary welded constant pressure valve can be divided into the following types according to the working principle and structure: spring constant pressure valve, diaphragm constant pressure valve, pneumatic constant pressure valve, electric constant pressure valve, single seat constant pressure valve.

Partager ce produit

Stainless Steel Sanitary PN10 Welding Back Pressure Valve

Scannez pour ouvrir sur mobile

Visez le code avec un appareil photo pour emporter cette page dans l’atelier.

Envoyez-le-vous

Nous vous enverrons par e-mail ce produit et sa fiche technique.

Demander une offre

Stainless Steel Sanitary PN10 Welding Back Pressure Valve

LD-767094588 Quantité: 1

Besoin de plusieurs produits ? Utiliser la liste de consultation

Description

The main purpose of the design of the stainless steel sanitary welded constant pressure valve is to maintain a constant pressure in the fluid pipeline system to ensure the stable flow of the fluid. This valve can automatically adjust the pressure to avoid system instability caused by external pressure fluctuations or load changes. It is particularly suitable for industries with strict hygiene requirements, such as food and pharmaceutical fields, to ensure the cleanliness and safety of the fluid system, while optimizing energy use, reducing the damage to equipment caused by pipeline pressure fluctuations, extending the service life of the system, and ensuring the efficiency and stability of the production process.