01
LVM Stainless Steel Sanitary Aseptic Sampling Valve Hygienic Grade
Applications
The LVM series sterile sampling valve is designed for extracting samples from storage tanks or pipelines, ensuring that the sterility of the sample is maintained during the sampling process. Designed with hygiene and safety in mind, this valve is widely used in industries such as pharmaceutical, food and biotechnology. Through its efficient sealing mechanism, the LVM valve effectively prevents external contamination and ensures sample purity and reliability.
In addition to sampling functions, LVM series valves can also be installed at the bottom of tanks or pipes to facilitate the discharge of residual materials. This design makes the cleaning and maintenance process easier, reduces material waste, and improves production efficiency. Whether in daily operation or under special circumstances, LVM sterile sampling valves provide stable performance and meet strict industry standards.
This series of valves are made of corrosion-resistant materials, have good durability and chemical resistance, and are suitable for various harsh working environments. It has a compact structure, easy installation, and is compatible with a variety of pipeline systems, which greatly improves the flexibility and convenience of operation.The LVM series sterile sampling valve is an important equipment to ensure sample quality and production efficiency, and is suitable for various application scenarios that require high standards of hygiene.
Design and Features
Available Sizes: DN6, DN8, DN10, DN15
End Connections: Tank Weld, Tri-Clamp or on request
Technical Data
Temperature range of PTFE: 0 to 150ºC / 32 to 302ºF
Max. Working Pressure: 6Bar (87Psi)
Material
Body: SS316L
Membrane: PTFE
Specification
Available in sizes from 1/4" to 1"
Max. pressure: 10bar (145psi); DN25 ~ 100
Temperature range: 50 ~ 248°F (-10 ~ 120°C), EPDM
End connections: butt-welded, sanitary clamp, threaded, flanged, I-line or others upon request.
Surface treatment: Ra 16 ~ 32µin (0.4 ~ 0.8µm)







