Angle seat valve, aluminum, air-operated, model 514.
Angle sheet valve "Aluminum actuator - air-operated"
【Features】 ● Made of robust aluminum, durable even under harsh conditions such as high temperature and high pressure (special models can withstand up to 300℃) ● Compared to globe valves, it has less pressure loss due to differences in flow path structure, increasing flow rate by 1.3 to 1.5 times ● Characterized by high durability, capable of withstanding over 1 million open and close cycles ● Simple flow path minimizes liquid accumulation and suppresses corrosion ● Easy to maintain
basic information
- Equipped with a robust aluminum actuator, it withstands harsh conditions such as high temperatures and high pressures. - Adopts a PTFE valve seat that combines excellent sealing properties and durability. - No gland leakage due to the dual packing of FPM and PTFE. - Standard equipped with a position indicator that allows visual confirmation of opening and closing. - Can also be used as a control valve (when using a regulating cone). 【Nominal Diameter】10A to 80A 【Applicable Fluids】Steam, air, water, oil, and other non-hazardous fluids 【Fluid Temperature】-10 to 180°C (special models up to 300°C) 【Operating Pressure】Max. 2.5MPa (1.0MPa for steam) 【Ambient Temperature】0 to 60°C 【Body Material】Stainless steel, bronze 【Connection】JIS Rc, parallel threads (JIS/DIN), flanges, butt welding, etc.
Price range
Delivery Time
Model number/Brand name
GEMÜ 514
Applications/Examples of results
【Applications】 - Generation and supply of industrial steam and sterilization steam - Production and supply of industrial gases - Heat exchangers and superheating systems - Steam control for humidification in manufacturing equipment and production rooms - Filling processes - Dyeing and cleaning - Production and supply of compressed air 【Examples of Achievements】 - Control of cleaning water and detergents in the textile, dyeing, and food and beverage industries - Control of sterilized air in the dairy and pharmaceutical industries - Control of steam in sterilizers and autoclaves - Control of steam for plastic foaming and paper manufacturing - Control of cooling and lubricants for machine tools - Control of chemical liquids in the chemical industry - Pressurization of tanks using gases (such as nitrogen)
