Knauer ULTRA-FAST preparative check valve units are designed to provide reliable and efficient flow control in HPLC systems. Here's a summary of their key features and capabilities:
Inert construction: The valve is made of inert materials, ensuring that your eluents will not come into contact with any metals. This prevents contamination and ensures the integrity of your samples.
Flow direction indication: A notch on the housing clearly indicates the direction of flow, making it easy to install and operate the valve correctly.
Fast closing time: The valve has a guaranteed closing time of 1.5 milliseconds, which is essential for achieving precise and reproducible results in HPLC applications.
Knauer ULTRA-FAST preparative check valve units are designed to provide reliable and efficient flow control in HPLC systems. Here's a summary of their key features and capabilities:
Inert construction: The valve is made of inert materials, ensuring that your eluents will not come into contact with any metals. This prevents contamination and ensures the integrity of your samples.
Flow direction indication: A notch on the housing clearly indicates the direction of flow, making it easy to install and operate the valve correctly.
Fast closing time: The valve has a guaranteed closing time of 1.5 milliseconds, which is essential for achieving precise and reproducible results in HPLC applications.
Knauer ULTRA-FAST preparative check valve units are designed to provide reliable and efficient flow control in HPLC systems. Here's a summary of their key features and capabilities:
Inert construction: The valve is made of inert materials, ensuring that your eluents will not come into contact with any metals. This prevents contamination and ensures the integrity of your samples.
Flow direction indication: A notch on the housing clearly indicates the direction of flow, making it easy to install and operate the valve correctly.
Fast closing time: The valve has a guaranteed closing time of 1.5 milliseconds, which is essential for achieving precise and reproducible results in HPLC applications.
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