Angle Seat Valve

JX-0216

• Zinc alloy handle angle valve
• Made of thickening solid brass material, which is explosion-proof, and high temperature resistant
• The valve body is constructed from high-quality brass, ensuring its durability and longevity
• It is easy to install and operate the angle valve
• 1-piece body construction for strength and durability
• It can be connected to hot or cold water pipes, bathroom showers, and garden irrigation
• The valve is made of quality solid brass and electroplated polished chrome
• Fast 1/2 brass cartridge: Ensures longevity and trouble-free operation
• Quarter turn valve means more effortless shutoff open close and only need to turn 1/4 way
• Suitable for water supply systems, civil construction piping systems
• It can be used as a shutoff valve or water saver valve and installed between the shower arm and the showerhead to control the flow of water
• Function: Kitchen, Home, Garden, and General
  

  Introduction: what is an angle seat valve?

  Angle Seat Valve Specs

  Water Valve Size	1/2″x1/2,1/2×3/8″
  Stop Valve pressure	125Psi
  Water Valve Materials	Normal brass, Lead-free brass
  Shut-off Valve Standards	BS2779,EN331,ISO228,DIN 259
  Working Temperature:	From -5 ℃ To +90 ℃
  Seat sealing Material:	PTFE
  Handle Material:	Zinc Alloy
  Thread connection:	ISO228,BS2779,DIN 259
  Angle valve Certificated	CE,ISO9001,ACS
  Finish;	Polished and chrome plated
  Cartridge	Brass cartridge
  Valve operator	Handwheel, Worm Gear, Electric actuator
  Nickname	Outlet angle stop valve
  O ring	NBR
  Salt spray test	Acetic acid/ASS 24 hours

  An angle seat valve is a device used to regulate the flow of fluids. It consists of a body with a sealed chamber, a port for connecting to a fluid source, and a movable arm that controls fluid flow through the chamber. The angle seat valve is operated by turning the arm to open or close the port. When the port is open, fluid can flow into or out of the chamber. When the port is closed, fluid cannot flow into or out of the chamber.

  The angle seat valve is used in many applications, including regulating water flow in plumbing systems and controlling airflow in HVAC systems. Angle seat valves are also used in industrial applications, such as controlling the flow of liquids and gases in chemical processing plants.

  How do angle seat valves work?

  Angle seat valves are used to control the flow of liquids and gases in a variety of industries. The angle seat valve has a pivoting disk that is actuated by a pneumatic or hydraulic actuator. Fluid can flow through the valve when the disk is in the open position. When the disk is closed, fluid is prevented from flowing through the valve.

  Angle seat valves are often used in applications where a large amount of fluid must be shut off quickly, such as in emergencies. They are also often used in applications where space is limited because they are smaller than other types of valves.

  The benefits of using angle seat valves

  There are many benefits to using angle seat valves. First, they are very versatile and can be used in various applications. Second, they are very easy to install and maintain. Third, they are very reliable and provide a long service life. Finally, they are very cost-effective.

  Angle seat valves are widely used in the food and beverage industry because of their versatility. They can be used for both liquids and gases and installed in horizontal or vertical positions. Angle seat valves are also often used in the pharmaceutical industry because of their ability to withstａnd high temperatures and pressures.

  Angle seat valves are relatively easy to install and maintain. They do not require special tools or skills and can be installed by anyone with basic plumbing skills. Once installed, angle seat valves require little maintenance and can last many years without needing to be replaced.

  The different types of angle seat valves

  Angle seat valves are one of the most versatile and widely used types in the industry today. There are many different types of angle seat valves, each with its own unique advantages and disadvantages. The three most common angle seat valves are pneumatic, hydraulic, and manual.

  Pneumatic angle seat valves are the most common type of valve used in industry. They are actuated by a pneumatic piston controlled by an air signal. Pneumatic angle seat valves have a fast response time and are very durable. However, they require a constant air supply, which can be expensive.

  Hydraulic angle seat valves are actuated by a hydraulic fluid signal. They have a slower response time than pneumatic valves but are more durable.

  How to select the right angle seat valve for your application

  An angle seat valve is a quarter-turn valve that uses a pneumatic actuator to open and close. It is often used in applications where space is limited, such as in vending machines or where a high degree of control over the flow of fluids is required. When choosing an angle seat valve for your application, there are several factors to consider:

  Size: Angle seat valves are available in various sizes, from 1/8″ to 4″. The size you choose will depend on the needs of your application.

  Material: Angle seat valves can be made from various materials, including brass, stainless steel, and plastic. The material you choose should be compatible with the fluid you’re using and withstａnd your application’s operating conditions (temperature, pressure, etc.).

  

• • External Cleaning of the Valve:

  The internal cleaning method works with the cleaning of pipelines and valve structures. Sometimes, the situation gets altered. Another option is cleaning or flushing the wastes that cannot be removed. The external gas can be opened. Now, we can thoroughly flush the waste out of the bottom side without moving the internal parts. It doesn’t take much effort and removes unnecessary particles.

  If your valve wasn’t working before, it would make it work well. It lets you remove the debts from bottom corners that are hard to remove otherwise.

  • By Installing Filter Paper in Valve:

  There are some types of regulation systems that need great accuracy. We cannot afford to let even small slags go in. Such locations need careful installation. For this purpose, we tend to put filter paper in the pipeline system. It doesn’t let the waste come to the valve. This paper stains the liquid.

  This method regulates valves having tiny diameters or with a small flow. Due to the small throttle gap, wastes should not enter. The filter paper is installed in the pipeline near the valve. It is put inside by removing the valve and measuring the exact position. Then, with correct estimation, it is placed with accuracy. If such valves contain positioners, then malfunction of them can cause blockage. A pressure relief regulator is used before positioners to control the regular flow.

  • By Shifting the Throttle Gap:

  The throttle handles manage the flow. It is sometimes tiny in size. It can get problematic. When the size of the throttle is small, it makes the debris stuck in. The waste could not find any place to move out. Thus, it can cause a severe jam.

  The valve can get unable to perform. To cut this problem, we can install a big throttle gap part. These are readily available in the market.

  You can choose the correct gap as per your requirements. The concentrated area of the throttle makes it easy to work. Single or double-seat valves can be replaced with a sleeve valve. If one seat valve gets disabled due to waste, we can replace it with a sleeve valve. It works perfectly and resolves the problem in seconds.