JONENG Sanitary Flow — 首页

您的询价清单

清单还是空的。在产品页面加入后,它会保留在这里。

Stainless Steel Sanitary Quick-install Manual Three-way Ball Valve BV — 1/6

Ball Valve

Stainless Steel Sanitary Quick-install Manual Three-way Ball Valve BV

品牌
JONENG
型号
JN-DPHV-23 1008-BJ
物料号
LD-547408968

A stainless steel manual three-way ball valve is a valve that controls the flow direction of a fluid by manual operation. It is usually made of stainless steel and has the characteristics of corrosion resistance and high temperature resistance. A stainless steel manual three-way ball valve is used to control the flow direction of the fluid in the pipeline and switch the flow path of the fluid by rotating the ball. Stainless steel manual three-way ball valves are usually used in pipeline systems where the flow direction of the fluid needs to be controlled, such as diversion, confluence or switching of fluid paths. Commonly used in chemical, pharmaceutical, food and other industries, it is suitable for pipelines that transport liquids, gases or steam, especially where it is necessary to adjust the flow, change the flow direction or cut off a branch. Common types of stainless steel manual three-way ball valves include: L-type three-way ball valve, T-type three-way ball valve, one-way three-way ball valve, and two-way three-way ball valve.  

分享本产品

Stainless Steel Sanitary Quick-install Manual Three-way Ball Valve BV

扫码用手机打开

用手机扫描二维码,即可把本页带到车间现场。

发送到我的邮箱

我们会将本产品及其技术资料发送到您的邮箱。

索取报价

Stainless Steel Sanitary Quick-install Manual Three-way Ball Valve BV

LD-547408968 数量: 1

需要多个产品? 使用报价清单

Description

The purpose of the stainless steel manual three-way ball valve design is to accurately control the flow direction and flow of the fluid in the pipeline. It can achieve the diversion, confluence or switching of the flow direction of the fluid to ensure the flexibility of the system. By manually operating the valve stem and adjusting the position of the ball, the purpose of switching the fluid path, cutting off the pipeline branch that does not need to flow or adjusting the flow can be achieved.