Milwaukee Valve 17903S Med Gas Valve, 13.92 in L, 3/4 in Pipe

Milwaukee Valve 17903S Med Gas Valve - Reliable and High-Performing Gas Valve

Introducing the Milwaukee Valve 17903S Med Gas Valve, a top-of-the-line valve designed to provide reliable and high-performance gas control. Manufactured by Milwaukee Valve, a trusted name in the industry, this gas valve offers exceptional functionality and durability, making it the ideal choice for a wide range of applications.

Key Benefits

Experience the outstanding advantages of the Milwaukee Valve 17903S Med Gas Valve. With its superior design and construction, this valve offers unparalleled performance and reliability. It features a full port design, allowing for maximum flow and minimal pressure drop. The valve body is made of high-quality bronze, ensuring excellent corrosion resistance and long-lasting durability. The stainless steel ball and RPTFE seat material guarantee a tight seal and exceptional resistance to wear. With a maximum pressure rating of 600 psi and a maximum steam pressure of 150 SWP, this valve can handle even the most demanding gas control applications.

Unique Features

The Milwaukee Valve 17903S Med Gas Valve boasts several standout features that set it apart from the competition. The blowout-proof stem design ensures maximum safety and prevents leakage, providing peace of mind during operation. The locking handle made of zinc-plated steel with a vinyl grip offers a secure and comfortable grip, allowing for easy and precise control. Additionally, this valve is oxygen clean, making it suitable for use in medical gas systems and other critical applications where purity is essential.

Reasons to Choose the Milwaukee Valve 17903S Med Gas Valve

When it comes to gas valves, the Milwaukee Valve 17903S Med Gas Valve stands head and shoulders above the rest. Its exceptional features and benefits make it the preferred choice for professionals in the industry. Unlike other valves, this product offers a full port design, ensuring maximum flow and minimizing pressure drop. The high-quality bronze body and stainless steel ball guarantee outstanding durability and resistance to corrosion. The blowout-proof stem design and locking handle provide added safety and ease of use. With its oxygen clean feature, this valve is suitable for critical applications, such as medical gas systems. Choose the Milwaukee Valve 17903S Med Gas Valve for unmatched performance and reliability.

Don't miss out on the opportunity to enhance your gas control system with the Milwaukee Valve 17903S Med Gas Valve. Place your order now and experience the superior performance and reliability this valve has to offer. Upgrade your gas control system today!

💡Features

• Full port design for maximum flow and minimal pressure drop
• Body material: Bronze
• Stem material: Stainless Steel
• Blowout-proof stem design for maximum safety
• Locking handle made of zinc-plated steel with a vinyl grip for secure and comfortable control
• Oxygen clean feature for purity in critical applications
• Ball material: Stainless Steel
• Seat material: RPTFE

📏Specifications

• Product Type: Ball Valve
• Body Style: 3-piece, 2 way
• Connection Type: Tube x Tube
• Pipe Size: 3/4 in
• Tube Size: 3/4 in
• Port: Full
• Max. Pressure: 600 psi
• Max. Steam Pressure: 150 SWP
• Body Seal Material: RPTFE

Frequently Asked Questions

Q: What is the body material of the Milwaukee Valve 17903S Med Gas Valve?

A: The valve body is made of high-quality bronze, ensuring excellent corrosion resistance and durability.

Q: Can this valve handle high-pressure applications?

A: Yes, the Milwaukee Valve 17903S Med Gas Valve has a maximum pressure rating of 600 psi, making it suitable for high-pressure gas control.

Q: Is the valve suitable for medical gas systems?

A: Absolutely. The Milwaukee Valve 17903S Med Gas Valve is oxygen clean, making it ideal for critical applications that require high purity, such as medical gas systems.

Q: Does this valve have a blowout-proof stem?

A: Yes, the valve features a blowout-proof stem design, ensuring maximum safety and preventing leakage.