Vip Only Eldv2-06-16mt-0135 - Don't Miss Out [ktT2DIvO]

Superior 6-Port Gas Chromatography Valve for Precision Applications

Introducing the Vip Only Eldv2-06-16mt-0135 - Don't Miss Out [ktT2DIvO], a state-of-the-art 6-port 2-Position Injection & Switching Gas Chromatography Valve designed to meet the stringent requirements of the Semiconductor industry. This valve stands out for its exceptional precision and durability, offering long-lasting performance even under demanding conditions. Constructed from high-grade 316L stainless steel, it boasts excellent corrosion resistance and is certified leak tight up to 300 psi at 180°C, ensuring reliability and accuracy in your chromatography processes.

Robust Specifications and Key Features

The Vip Only Eldv2-06-16mt-0135 - Don't Miss Out [ktT2DIvO] is equipped with a range of features that set it apart from other valves in its category. With 6 ports and a port size of 0.030”, it offers versatile connectivity for various applications. Its operating temperature of up to 180°C and pressure rating of 300 psi make it ideal for high-performance gas chromatography systems. Other notable features include the absence of any coating or purge, which ensures a pure and uncontaminated flow, and no wear and tear components except the diaphragm, which is recommended for replacement every 1 year as part of preventive maintenance.

Ideal for High-Duty Cycle Applications in the Semiconductor Industry

This valve is an essential tool for any laboratory or research facility operating in the semiconductor industry. Its increased productivity is a result of its superior seal integrity, which prevents inboard leaks and ensures accurate results. Each valve undergoes rigorous leak testing before shipping, guaranteeing a higher quality product without additional costs. Ideal for fast switching and high-duty cycle applications, the Vip Only Eldv2-06-16mt-0135 - Don't Miss Out [ktT2DIvO] is designed to enhance your workflow, boost efficiency, and provide reliable performance in critical applications.