What is the bronze check valve definition?

The check valve material is bronze, and it is designed to open at an opening pressure, the lowest upstream pressure at which the valve can operate. This valve is normally operated automatically. However, it can also be controlled manually in specific instances. Check valve for sale comes in various forms, including spring, swing, lift, ball, heart, and piston. Each is tailored to fit the needs of a particular application.

What are the different types of bronze check valves?

Bronze lift check valves, double flap butterfly check valves, and axial flow check valves are the different types based on their structure. There are three types of lift check valves: bronze vertical check valve, straight flow channel, and angle flow channel. There are three varieties of swing check valves: single valve, double check valve, and multi-valve.

What is the difference between a bronze check valve and a swing check valve?

The swing check valve is a check valve whose disc rotates in the body cavity around the rocker shaft. The swing check valve works the same way as the lift check valve in terms of opening and closing. It moves on its own due to the influence of fluid pressure and the self-weight of the valve disc. The valve's inlet direction should be on the side that can affect the disc's rotation.

Bronze Check Valve

Name: Bronze Check Valve
Brand: Zhejiang Carbo Bronze Co., LTD.
Price: 30 USD
Rating: 4.4 (5 reviews)

A bronze check valve is a type of automatic valve. The valve disc is pushed by the pressure of the flowing media in the pipeline to close and open the valve. The check valve disc closes when the medium stops flowing, and it can be effective. Preventing the medium in the pipeline from flowing back plays an important part in assuring the pipeline's safety. The bronze lift check valve produced by the professional bronze valve supplier has the characteristics of high precision, beautiful appearance, small shape, with spring device, and can be installed vertically and horizontally. The bronze ball check valve is mainly used to prevent the medium from flowing back in the pipeline system.

Bronze Check Valve Details:

The check valve is the valve flap that uses the flow of the medium itself to control the switch.

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Specifications Of Bronze Check Valve

Bronze Check Valve

Material: bronze pressure: 400psi Temperature: -20°C<<T<<120°C
P/N SIZE DH L H
23111 1/2" 12 50 34.5
23112 3/4" 15 58 38
23113 1" 20 70 42.5
23114 11/4" 25 80 46.5
23115 11/2" 32 88 50.5
23116 2" 40 989 57

It can avoid the backflow of the medium, so it can also be called a check valve. Under the effect of a single direction of the fluid pressure, the valve blades are opened, and when the fluid is running in the opposite direction, the fluid pressure and the self-coupling of the valve disc will affect the valve seat and cause the flow to be disconnected.

FAQs About Bronze Check Valve

FAQS

What is the bronze check valve definition?

The check valve material is bronze, and it is designed to open at an opening pressure, the lowest upstream pressure at which the valve can operate. This valve is normally operated automatically. However, it can also be controlled manually in specific instances. Check valve for sale comes in various forms, including spring, swing, lift, ball, heart, and piston. Each is tailored to fit the needs of a particular application.
What are the different types of bronze check valves?

Bronze lift check valves, double flap butterfly check valves, and axial flow check valves are the different types based on their structure. There are three types of lift check valves: bronze vertical check valve, straight flow channel, and angle flow channel. There are three varieties of swing check valves: single valve, double check valve, and multi-valve.
What is the difference between a bronze check valve and a swing check valve?

The swing check valve is a check valve whose disc rotates in the body cavity around the rocker shaft. The swing check valve works the same way as the lift check valve in terms of opening and closing. It moves on its own due to the influence of fluid pressure and the self-weight of the valve disc. The valve's inlet direction should be on the side that can affect the disc's rotation.