A bellows gate valve is a type of valve commonly used in industrial applications to control the flow of fluids or gases. It is designed with a bellows assembly that provides a hermetic seal, preventing leakage of the fluid or gas through the valve. Specification Application: Industry, Powerstations, Flue gas purification plant, processing technology, gas supply, vapour facilities, recycling facilities, vacuum facilities, hot water, heating technology, district heating, thermal oil applications, general plant manufacturing, etc. (other applications on request) Medium : Steam, gases, hot water, thermal fluids, hot oil, process water, vacuum facilities, ammonia etc.(other flow media on request) Materials : WCB, WC6,SS304,SS316 Bellows materials: SS304, SS316,SS316L,SS310, Hastelly C. Size range : DN50-DN600 Class: PN16-PN160 Temperature : â?¤425 �ºC Fig No. : WJ41H Technical specification: Design Standard: DIN 3352 Face To Face: DIN 3202 Flange ends: EN 1092-1/DIN 2544 Test & Inspection: ISO 5208/EN12266/DIN 2545
Rising Stem Gate Valve has threads on the outside of the valve body. The gate stem moves up when the valve opens. Rising stem valves are usually made of cast or forged steel, while non-rising stem valves are more commonly brass, bronze or cast iron. This way you can visually track how open the valve is. For a rising stem gate valve, it is easy to tell whether the valve is open or closed by looking at the exposure of the valve stem. If the handle is flush with the pipe (no stem exposed), the valve is closed. The valve opens if a large amount of the stem is exposed Rising stem gate valve is characterised as having either a rising or a non-rising stem and are produced at HY Valves according to Korea standard KS B2350, and it can also according to DIN 3204 and DIN 3216 standards. Rising stem provides a visual indication of valve position. Non-rising stem gate valves are used where vertical space is limited. Rising stem gate valve must be used as fully open or fully closed position where the vibration does not exist in the system. As they are designed as this purpose gate valves are not suited for regulating flow.
Pneumatic Actuator Ball Valve The pneumatic actuator ball valve is a ball valve equipped with pneumatic actuators. The pneumatic actuator ball valve performs relatively quickly, with the fastest switching speed of 0.05 seconds / times, so it is also commonly called the pneumatic quick cut-off ball valve. Pneumatic ball valve is usually equipped with various accessories, such assolenoid valve, air source processing triplet, limit switch, control box, etc., to realize local control and remote distance centralized control, can control the valve switch in the control room, do not need to run to the scene or high and dangerous manual control, saving human resources, time and safety to a large extent. Specific categories of pneumatic ball valve are, stainless steel pneumatic ball valve, plastic pneumatic ball valve, sanitary level pneumatic ball valve, carbon steel pneumatic ball valve, two-way pneumatic ball valve, three-way pneumatic ball valve, four-way pneumatic ball valve.
A marine valve is a device used to control the pressure, flow and direction of fluid in a pipeline to meet the environmental conditions of a ship. A valve is a control device for a fluid pipeline. Its basic function is to connect or cut off the flow of the medium, change the flow direction of the medium, and adjust the pressure and flow of the medium to ensure the normal operation of the pipeline. In Principle: According to the pressure of the valve stem, the sealing surface of the valve plate and the sealing surface of the valve seat are tightly fitted together to prevent the flow of the medium. Advantage: Marine valves are designed specifically for use in the marine environment, and they offer several advantages over other types of valves. Here are some of the main advantages of marine valves: Corrosion-resistant: Marine valves are made from high-quality materials that are highly resistant to corrosion from saltwater and other harsh marine environments. Reliable operation: Marine valves are designed to operate reliably in demanding marine conditions, ensuring that critical systems function properly at all times. High durability: Marine valves are built to last and withstand the harsh marine environment, which means they have a longer lifespan than other types of valves. Easy to maintain: Marine valves are designed for easy maintenance, with simple designs and easy-to-access components. Safety: Marine valves are designed with safety in mind, and many are equipped with features such as emergency shut-off capabilities to prevent accidents. Wide range of applications: Marine valves can be used in a wide range of applications, including ballast systems, cooling systems, fuel systems, and more.
A bellows gate valve is a type of valve commonly used in industrial applications to control the flow of fluids or gases. It is designed with a bellows assembly that provides a hermetic seal, preventing leakage of the fluid or gas through the valve. Specification Application: Industry, Powerstations, Flue gas purification plant, processing technology, gas supply, vapour facilities, recycling facilities, vacuum facilities, hot water, heating technology, district heating, thermal oil applications, general plant manufacturing, etc. (other applications on request) Medium : Steam, gases, hot water, thermal fluids, hot oil, process water, vacuum facilities, ammonia etc.(other flow media on request) Materials : WCB, WC6,SS304,SS316 Bellows materials: SS304, SS316,SS316L,SS310, Hastelly C. Size range : DN50-DN600 Class: PN16-PN160 Temperature : â?¤425 �ºC Fig No. : WJ41H Technical specification: Design Standard: DIN 3352 Face To Face: DIN 3202 Flange ends: EN 1092-1/DIN 2544 Test & Inspection: ISO 5208/EN12266/DIN 2545
Pneumatic Actuator Ball Valve The pneumatic actuator ball valve is a ball valve equipped with pneumatic actuators. The pneumatic actuator ball valve performs relatively quickly, with the fastest switching speed of 0.05 seconds / times, so it is also commonly called the pneumatic quick cut-off ball valve. Pneumatic ball valve is usually equipped with various accessories, such assolenoid valve, air source processing triplet, limit switch, control box, etc., to realize local control and remote distance centralized control, can control the valve switch in the control room, do not need to run to the scene or high and dangerous manual control, saving human resources, time and safety to a large extent. Specific categories of pneumatic ball valve are, stainless steel pneumatic ball valve, plastic pneumatic ball valve, sanitary level pneumatic ball valve, carbon steel pneumatic ball valve, two-way pneumatic ball valve, three-way pneumatic ball valve, four-way pneumatic ball valve.
A marine valve is a device used to control the pressure, flow and direction of fluid in a pipeline to meet the environmental conditions of a ship. A valve is a control device for a fluid pipeline. Its basic function is to connect or cut off the flow of the medium, change the flow direction of the medium, and adjust the pressure and flow of the medium to ensure the normal operation of the pipeline. In Principle: According to the pressure of the valve stem, the sealing surface of the valve plate and the sealing surface of the valve seat are tightly fitted together to prevent the flow of the medium. Advantage: Marine valves are designed specifically for use in the marine environment, and they offer several advantages over other types of valves. Here are some of the main advantages of marine valves: Corrosion-resistant: Marine valves are made from high-quality materials that are highly resistant to corrosion from saltwater and other harsh marine environments. Reliable operation: Marine valves are designed to operate reliably in demanding marine conditions, ensuring that critical systems function properly at all times. High durability: Marine valves are built to last and withstand the harsh marine environment, which means they have a longer lifespan than other types of valves. Easy to maintain: Marine valves are designed for easy maintenance, with simple designs and easy-to-access components. Safety: Marine valves are designed with safety in mind, and many are equipped with features such as emergency shut-off capabilities to prevent accidents. Wide range of applications: Marine valves can be used in a wide range of applications, including ballast systems, cooling systems, fuel systems, and more.
DSJ-3015-1 Outdoor Climb Fall Protection D-Ring, Forged Steel Safety Bending D Ring Outdoor Climb Fall Protection D-Ring Forged steel,Heat treated 100% Proof loaded to 3600lbs/16kN Min. Breaking load: 5000lbs/23kN Net weight: 114g Meets or Exceeds: ANSI Z359.12-19 CSA Z259.12-16
Nominal Diameter: 1 1/2 inch to 20 Inch Nominal Pressure:150Lb 300Lb, PN10 PN16 10K. Material: Cast Iron, Ductile Iron, WCB, CF8, CF8M, CF3, CF3M,etc.
Nominal Diameter:2 inch to 60 inch (DN50 DN1500) Nominal Pressure:150Lb 1500Lb, PN10 PN150 10K 40K. Material: WCB, LCB, WC6, WC9, CF8, CF8M,CF3, CF3M, Bronze, CD4MCuN, 4A(SS2205)etc.
Nominal Diameter:2 inch to 80 inch (DN50 DN2000) Nominal Pressure:150Lb, PN6 PN16 10K 20K. Material: Cast Iron, Ductile Iron, WCB, CF8, CF8M, CF3, CF3M, F53, F55, 4A(2205Alloy), SS310, etc. Drive Mode: Manual, Pneumatic, Electric, Hydraulic, etc
Nominal Diameter: 2 inch to 52 Inch (DN50~DN1300) Nominal Pressure:150Lb 2500Lb, PN10 PN420 10K 40K. Material: Cast Iron, Ductile Iron, WCB, WC6, WC9, LCC, CF8, CF8M, CF3, CF3M, CN7M, 20Alloy, 4A(SS2205), Bronze C95800,etc. Drive mode: Handwheel, Bevel Gear, Pneumatic, Electric,etc
Nominal Diameter: 2 Inch to 40 Inch (DN50 DN1500) Nominal Pressure: Class 150Lb 900Lb, BS(DIN/GB) PN10 PN250, JIS 10K 20K. Material: Cast Iron, Ductile Iron, WCB, LCB, CF8, CF8M, CF3, CF3M, CN7M, 4A (SS2205, SS2207), Bronze, etc. Welcome to contact to discuss about your needs:
Nominal Diameter: 2 inch to 52 Inch (DN50~DN1300) Nominal Pressure:150Lb 2500Lb, PN10~PN420 10K~40K. Material: Cast Iron, Ductile Iron, WCB, WC6, WC9, LCC, CF8, CF8M, CF3, CF3M, CN7M, 20Alloy, 4A(SS2205), Bronze C95800,etc. Drive mode: Handwheel, Bevel Gear, Pneumatic, Electric,etc
Cast Ductile Iron AWWA/DIN3352/BS5163/BS5150 Standard Pipe Valves (gate/butterfly/ball/check/strainer) Type:Gate valve, butterfly valve, ball valve,check valve, globe valve, strainer,ect Standard:AWWA C509/C515, DIN3352, BS5163/5150,Gost Pressure:PN10/16/25, Class125/150/250 Material:GGG40/GGG50,ASTM A126 B, ASTM A216 WCB Company introduction: one of the leading supplier of various industrial valves, fittings, flanges and relative piping accessories Our quality and good reputation are highly valued by our customers. Our main products include: gate valve, globe valve, check valve and butterfly valve. DIN Series valves contains DIN3352 F4 metal seat gate valves & resilient seat gate valves,DIN3352 F5 metal seat gate valves. BS Series contains BS3464 outside screw stem rising gate valve & norising stem gate valve. MSS Series contains SP-70 rising stem valve & norising stem valve, 125PSI & 250PSI globe valve, 125PSI angle valve. 125PSI check valve. All our products are designed and manufactured strictly in conformity with the standard of DIN, API, ANSI, AWWA, JIS, BS and so on. We have obtained ISO 9001, API 6D, TUV and CE certificates to ensure the quality stability of the products. We provide EN10204-3.1B.Mill Test Certificate for all our supplied product. Our company policy of Strive for survival with quality, promote development with credit to offer the best products and services to customers.
A marine valve is a device used to control the pressure, flow and direction of fluid in a pipeline to meet the environmental conditions of a ship. A valve is a control device for a fluid pipeline. Its basic function is to connect or cut off the flow of the medium, change the flow direction of the medium, and adjust the pressure and flow of the medium to ensure the normal operation of the pipeline. In Principle: According to the pressure of the valve stem, the sealing surface of the valve plate and the sealing surface of the valve seat are tightly fitted together to prevent the flow of the medium.
Pressure Relief Valve, a leading manufacturer of high-quality pressure relief valves for a variety of industries. Our valves are designed to protect your equipment and systems by releasing excess pressure and preventing dangerous over-pressurization. We specialize in the design and manufacture of pressure relief valves that meet or exceed industry standards. Our valves are available in a range of materials and configurations to meet the specific needs of your application. we are committed to providing our customers with the highest level of quality and reliability. Our team of experienced engineers and technicians work closely with you to understand your requirements and develop a customized solution that meets your needs. We also offer comprehensive testing and certification services to ensure that our valves meet all regulatory requirements and operate safely and effectively in your system. Our commitment to quality and customer satisfaction has made us a trusted partner for companies across a range of industries, including oil and gas, chemical processing, power generation, and more. Contact us today to learn more about our pressure relief valves and how we can help protect your equipment and systems.
An air compressor safety relief valve is an important component of an air compressor system. It is designed to protect the compressor and its associated components from overpressure conditions that can be caused by a malfunctioning regulator, a blockage in the air line, or other issues. The safety relief valve is typically located on the compressor tank and is designed to open automatically when the pressure inside the tank exceeds a predetermined level. The valve opens and releases excess pressure to prevent damage to the compressor and any connected equipment. What is a pressure relief valve for an air compressor A pressure relief valve for an air compressor is a safety device designed to protect the compressor and its components from damage caused by excessive pressure. The valve is typically installed on the air tank or compressor and is designed to automatically release air when the pressure inside the tank exceeds a certain level. The pressure relief valve works by sensing the pressure inside the tank or compressor and, when it reaches a predetermined level, the valve opens to release air, reducing the pressure inside the system. This helps prevent damage to the tank, compressor, and other components, and reduces the risk of injury or property damage due to an overpressure event.
Cast iron valves are commonly used in industrial applications where durability, corrosion resistance, and cost-effectiveness are essential. Here are some key features of cast iron valves: Durability: Cast iron valves are known for their strength and durability. They can withstand high levels of pressure and temperature, making them ideal for heavy-duty applications. Corrosion resistance: Cast iron valves are resistant to corrosion and rust, making them ideal for use in harsh environments. Cost-effective: Cast iron valves are relatively inexpensive compared to other types of valves, making them a cost-effective solution for industrial applications. Easy to install: Cast iron valves are easy to install and can be fitted with a variety of connection types.
Marine Bronze Valves are a type of valve designed specifically for use in boats and other marine vessels. Made from a combination of copper and tin, Marine Bronze Valves offer superior corrosion resistance, a wide range of temperature ratings, and high strength and durability. This makes them ideal for use in a variety of marine applications, such as fuel and water systems, outboard motors, cooling systems, and more. Unlike several other types of valves, Marine Bronze Valves have a flat-face design that reduces the chances of leakage. They typically contain an O-ring for further sealing, and in extreme environments, a heat-treated Teflon body gasket may be used for added stability and protection from corrosion. However, because Bronze Valves have a flat face rather than a concave or convex shape, they cannot be effectively used in high-pressure applications.
