Sanitary & Aseptic Valves for Hazardous Material Conveyance | AVM

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Precise Fluid Direction Control with AB Valves

Precise Fluid Direction Control with AB Valves

The AB Valve is designed for systems requiring accurate fluid direction switching between two separate lines. It provides quick, precise control, making it an essential component in automated production lines, chemical processing, and other industries where flow direction flexibility is key. With a reliable performance, the AB Valve ensures smooth operational control and prevents any flow interference during the production process.
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Why choose us?

Versatile Applications

Our divert valves provide flexible flow direction control, perfect for use in powder processing systems and material transport applications, ensuring high operational efficiency.

Cross-Contamination Prevention

The mixproof valve ensures no cross-contamination of materials, essential for industries like pharmaceuticals and food processing, maintaining product quality and safety.

Efficient Sampling

With our sampling valves, industries can easily extract accurate samples from pipelines or containers without disrupting the process, ensuring continuous quality monitoring.

Related products

For high-purity media control, AVM's AB valves offer hermetic isolation in semiconductor, biotech, and pharmaceutical applications. The dual-valve structure with pressure-monitored chambers ensures zero contamination, while electropolished surfaces (Ra≤0.4μm) meet USP Class VI standards. Engineered via precision CNC machining, they support ultra-pure fluid management. Inquire about our high-purity AB valves.

Frequently Asked Questions

What is the function of a Rapid Transfer Port?

A Rapid Transfer Port (RTP) is designed for efficient and safe material transfer in environments that require strict cleanliness, such as in life sciences. It uses a dual-door system to maintain sterile or toxic-free conditions during two-way transfers, ensuring safety without compromising isolation.
Pneumatic Control Valves use compressed air to actuate the valve, controlling the flow of gases or liquids. Commonly used in industrial automation and chemical processing, they provide precise flow control, require minimal maintenance, and are ideal for hazardous environments.
Sanitary Butterfly Valves are designed to maintain high hygiene standards in industries like food and beverage. Made of stainless steel and treated to prevent bacterial growth, they control fluid flow while ensuring no contamination in the production process.
A Split Butterfly Valve is mounted between two flanges in a pipe and is used to control the flow of fluids or gases. Its compact design makes it ideal for tight spaces, commonly found in water systems, HVAC, and industrial piping systems.
Aseptic Transfer ensures materials are transferred between systems without compromising sterility. It is essential in pharmaceutical, biotechnology, and food production to prevent microbial contamination during the transfer of sensitive products.

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customer evaluation

Michael Robinson
AB Valves: Critical for High-Hazard Material Isolation

AVM's AB Valves ensure safe handling of cytotoxic APIs in our pharmaceutical plant. The double-seat design with an intermediate seal chamber prevents cross-contamination, even during pressure surges. The fail-closed mechanism provides added safety, and the 316L stainless steel construction resists chemical erosion.

David Wilson
Reliable Barrier in Toxic Chemical Processing

In our specialty chemical plant, these AB valves handle highly reactive intermediates. The double-block-and-bleed design ensures zero leakage, and the quick-disconnect seats simplify maintenance in contained environments. Their rugged construction has withstood years of aggressive chemical exposure.

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AB Valves: Dual-Seat Isolation for High-Risk Applications

AB Valves: Dual-Seat Isolation for High-Risk Applications

AVM's AB Valves feature double-seat structures with intermediate seal chambers, preventing media mixing in high-hazard scenarios (toxic chemicals, APIs). Used in pharmaceutical API production, they offer safe material transfer with fail-safe designs. Compliant with international standards, they are precision-machined for reliability and chemical resistance in critical isolation tasks.