JONENG Sanitary Flow — Главная

Ваш список для запроса

Список пуст. Добавьте изделие с его страницы — оно будет ждать вас здесь.

Butterfly Valve

Stainless Steel Sanitary Duckbill Welded Manual Butterfly Valve

Бренд
JONENG
Модель
JN-BV 1007
Артикул
LD-47392219

The stainless steel sanitary duckbill welded manual butterfly valve is a specially designed valve, mainly used for fluid switch control and flow regulation, suitable for fluid control systems that require high cleanliness. The stainless steel sanitary duckbill welded manual butterfly valve is usually used at the inlet and outlet of the fluid pipeline, especially in situations where strict control of flow and fluid switch is required. Common application locations include: pipeline feed end, pipeline outlet end, system branch point. Common types of stainless steel sanitary duckbill welded manual butterfly valves include: conventional type, anti-corrosion type, high pressure type, large flow type, quick installation type.

Поделиться изделием

Stainless Steel Sanitary Duckbill Welded Manual Butterfly Valve

Отсканируйте, чтобы открыть на телефоне

Наведите камеру на код, чтобы открыть эту страницу прямо в цехе.

Отправить себе

Мы вышлем вам это изделие и его техническую документацию по почте.

Запросить предложение

Stainless Steel Sanitary Duckbill Welded Manual Butterfly Valve

LD-47392219 Количество: 1

Нужно несколько позиций? Использовать список для запроса

Description

The stainless steel sanitary duckbill welded manual butterfly valve is designed to provide an efficient and reliable fluid control solution under strict sanitary conditions. Its duckbill shape design can achieve better fluid sealing in the switch state, reduce the risk of dead corners and accumulated materials, and ensure that the fluid is always in a clean state. This valve is particularly suitable for scenarios that require fast switching and precise flow control, avoiding contamination of the fluid and reducing cleaning and maintenance costs. Through welding connection, it can ensure a more stable pipeline interface, adapt to high pressure or high flow application requirements, and ensure long-term stable operation of the system.