Products

China Sanitary Valve Manufacturer Offering Hygienic Fluid Control Solutions

AVM sanitary valves are engineered for demanding applications requiring sterility, high purity, and high containment. They are widely used in pharmaceutical, biotechnology, and food processing lines to ensure product purity, operator safety, and contamination-free production. The product portfolio includes standard sanitary butterfly valves, high-containment SBV (Split Butterfly Valves), and related fluid control accessories, suitable for clean fluid transfer and contained powder handling.

Since its inception in 2003, AVM has specialized in the field of clean fluid control. In 2015, the company achieved a breakthrough in contained powder transfer technology by launching SBV and RTP transfer systems designed for highly toxic and highly potent materials. In 2016, AVM upgraded its manufacturing facilities by introducing Japanese Mazak CNC equipment, significantly enhancing machining precision and product consistency. The entire product line supports CIP (Clean-in-Place) and SIP (Sterilization-in-Place) processes, meeting the requirements for continuous aseptic production.

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Split Butterfly Valve

Split Butterfly Valve

AVM FLUID’s SBV Split Butterfly Valve is a high-containment valve system engineered for the safe transfer of highly potent APIs (HPAPI) and toxic powders. Designed to meet stringent containment requirements (up to OEB5, <1μg/m³), the system ensures zero contact between product and environment through the synchronized opening of the active and passive halves.
Built on a robust platform, it offers exceptional docking tolerance (±14 mm) and intuitive operation. Ideal for pharmaceutical, biotech, and fine chemical industries, it supports full CIP/SIP cleaning and complies with GMP and FDA standards.
High Containment Powder Sampling Valve

High Containment Powder Sampling Valve

This High Containment Powder Sampling Valve is designed for dust-free sampling of highly reactive materials, balancing operational safety and process flexibility. The valve supports optional automated control and can be seamlessly integrated into DCS/PLC systems to achieve remote or time-driven automated sampling, effectively reducing human intervention and improving operational consistency and batch traceability. Simultaneously, the product has complete CIP/SIP compatibility, can withstand online cleaning and sterilization processes, and can be thoroughly cleaned without disassembly, meeting cGMP and aseptic process requirements.
Quick-clean rotary airlock valves

Quick-clean rotary airlock valves

The rotary airlock valve enables precise metering and continuous discharge of bulk solid materials. Material flows from the hopper into rotor pockets by gravity and is discharged in a controlled manner through continuous rotor rotation. It is widely used for powder, granule, and bulk solid conveying in both positive pressure and vacuum conveying systems, ensuring stable and uniform material feeding for reliable system operation. The valve features stable performance, easy maintenance, and convenient rotor removal, making it suitable for lithium battery, chemical, food, and pharmaceutical powder handling applications. A gas sealing system is integrated to create a stable gas barrier at the rotor sealing zone, effectively preventing material leakage and gas crossover under both positive and vacuum conditions.
Aseptic Diaphragm Valve

Aseptic Diaphragm Valve

The WJ6 Aseptic Diaphragm Valve features CNC precision machining for optimal diaphragm sealing and extended service life. Available in mechanically or electropolished finishes (up to Ra 0.25μm), it meets GMP cleanliness requirements. Its soft elastic diaphragm material offers excellent chemical resistance and temperature stability, making it ideal for pharmaceutical, biotech, and food-grade applications. FDA-compliant diaphragms and other certifications (e.g., USP, CE) are available upon request.
Aseptic Mixproof Valve

Aseptic Mixproof Valve

The Aseptic Mixproof Valve is specially designed to prevent the mixing of different fluids in hygienic process lines. With a double-seat structure and leakage chamber, it ensures absolute product separation and offers reliable leakage detection. Made from high-grade stainless steel such as SS 316L, it meets stringent hygiene standards like 3-A and EHEDG. The valve supports CIP (Clean-in-Place) operations without process interruption, significantly improving production efficiency. Its robust construction, easy maintenance, and automation compatibility make it an ideal choice for industries such as food, beverage, dairy, pharmaceuticals, and biotechnology.
Inflatable Seal Spherical Valve

Inflatable Seal Spherical Valve

The Inflatable Seal Spherical Valve is a hygienic discharge solution designed for conical hoppers and vessels. Featuring a spherical outlet and an inflatable gasket seal, it ensures zero-friction, particle-free sealing and extended service life. Optional functions such as bottom drainage and gas purging make it ideal for powders, granules, liquids, and slurries in pharmaceutical, food, and biotech applications. Fully CIP-compatible and built to meet sanitary standards.

Core Advantages and Technical Features

1. Superior Sanitary and Containment Performance

The sanitary valves are constructed from high-purity 316L stainless steel, featuring smooth flow paths without dead zones for easy cleaning; they utilize food-grade seals that are resistant to media corrosion. The SBV split butterfly valves enable fully enclosed material transfer, effectively preventing leakage and cross-contamination during the handling of highly potent, toxic, or allergenic raw materials, thereby ensuring excellent containment performance.

2. Exceptional Process Adaptability

The entire product line supports 121°C SIP sterilization and CIP cleaning, ensuring stable, continuous long-term operation and precise flow control. These valves are suitable for a wide range of clean production lines, including pharmaceutical water systems, biological fermentation, aseptic filling, and food fluid processing.

3. Authoritative Certification and Standardized Quality Control

The sanitary valves hold dual authoritative certifications—ISO 9001 quality management and 3A sanitary standards. Production strictly adheres to GMP guidelines, with comprehensive quality control spanning the entire process from raw materials to finished products, ensuring equipment compliance and alignment with global clean industry standards.

4. Customization and Smart Integration Capabilities

AVM offers personalized solutions, including custom specifications, optional specialized sealing materials, and the integration of smart control modules. Leveraging the 2023 upgrade of our smart factory ERP system, we have achieved full-process traceability—spanning production, quality inspection, and delivery—resulting in significantly improved delivery efficiency for custom orders and enhanced product stability.

FAQ

Q1: Which industry standards and certifications do AVM sanitary valves meet?

AVM sanitary valves hold both ISO9001 quality management and 3A sanitary certifications. They are manufactured in compliance with GMP guidelines using pharmaceutical- and food-grade materials, making them fully compatible with global cleanroom standards for aseptic and contamination-free production.

Q2: For which applications is the AVM Split Butterfly Valve (SBV) suitable?

The AVM SBV features superior containment and zero-leakage performance. It is designed for the contained transfer of highly potent, toxic, or allergenic raw materials and aseptic powders in the pharmaceutical and biotechnology sectors. By effectively preventing dust emissions and cross-contamination, it serves as a preferred, critical component for high-risk clean production lines.

Q3: Do AVM sanitary valves support CIP/SIP cleaning and sterilization? What is their service life?

The entire AVM sanitary valve range supports CIP (Clean-in-Place) and repeated SIP (Sterilization-in-Place) at 121°C, demonstrating robust operational adaptability and stable performance. Under standard operating and routine maintenance conditions, the equipment offers a service life of over eight years with a low failure rate, effectively reducing equipment replacement and operational maintenance costs for enterprises.

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