Zero Static Bleed and Sample Valves for Dead Leg Free Sampling

Reliable, Hygienic Solutions

for Precise Fluid Sampling

Fluid Line Technology manufactures zero static bleed and sample valves in Simi Valley, California for biopharmaceutical and life sciences processes since 1989. Engineered to eliminate dead legs and stagnant fluid zones, our zero static tee inline and angle valves deliver accurate, hygienic sampling where cleanliness, traceability, and zero contamination are non negotiable. Built to ASME BPE and cGMP standards, rated up to 150 psi, with clamp or autoweld ends and full material traceability, they support clean in place and steam in place validation. Call (818) 998-8848 or email sales@fluidlinetech.com to request a quote or catalog.

A dead leg is a section of piping where fluid can stagnate, which raises the risk of microbial growth and inaccurate samples. Zero static designs remove that stagnant volume at the sampling point. Fluid Line Technology offers zero static tee inline and angle valves so you can match access and orientation to the system.

Zero Static Tee Inline Valves

Provide direct, flush access to the main process line for efficient, contamination free sampling, with a simple, durable solid handle for standard inline applications.

Sanitary Inline Sample Valves

Solid Handle – Simple, durable, and easy to actuate for standard inline sampling applications.

Zero Static Tee Angle Valves

Suit system configurations that require an angled orientation, offering flexible installation without compromising hygienic performance, rated up to 150 psi with a solid handle.

Available Handle Types:

Solid Handle – Robust and pressure-rated up to 150 psi for general use.
Submersible Handle – Ideal for wet or submerged process environments.
Toggle Handle – Enables fast, tool-free manual sampling.
Toggle Safety Handle – Adds a safety-locking feature to prevent accidental activation.

Why Engineers Choose Fluid Line Technology

Fluid Line Technology builds zero static bleed and sample valves to ASME BPE and cGMP standards, with zero static tee inline and angle designs that eliminate dead legs and stagnant fluid for accurate, hygienic sampling since 1989.

Each zero static valve from Fluid Line Technology is rated to 150 psi with clamp, autoweld, or custom ends, a choice of alloys and electropolish finishes, and full material traceability by heat number for validation.

Biopharma teams choose Fluid Line Technology zero static valves because the dead leg free geometry prevents fluid retention and microbial growth, protecting product quality at the sampling point.

Why Choose Us

Dead leg free tee geometry that prevents fluid retention.
Inline and angle access in one product family.
ASME BPE and cGMP compliant for validated systems.
Customizable clamp, autoweld, and specialty connections.
Full material traceability with every valve.

Why are dead legs a problem in biopharma sampling?

A dead leg is a length of pipe where fluid does not flow freely and can stagnate. In biopharma systems stagnant fluid is hard to clean and sterilize, which can lead to microbial growth and unrepresentative samples. Zero static valves remove that stagnant volume at the sampling point, so cleaning solution and steam reach every surface and the sample reflects the real process fluid.

Pricing and How to Order

Pricing depends on configuration, connection, material, and finish. There is no public price list for this B2B product line. Request a quote, view the catalog, or launch the configurator, then contact our team at (818) 998-8848 or sales@fluidlinetech.com.

Where We Ship

Fluid Line Technology ships nationwide across the United States and supports international customers, with recent demand from Ireland, Canada, India, the United Kingdom, Singapore, Taiwan, and Germany. Our facility is at 4590 Ish Dr. #110, Simi Valley, CA 93063. Call (818) 998-8848 or email sales@fluidlinetech.com.

Frequently Asked Questions

What does zero static mean in a sample valve?

Zero static means the valve is designed without a dead leg, so there is no pocket where fluid can stagnate at the sampling point. The tee geometry keeps the wetted path flush with the main line, which supports cleaning, sterilization, and accurate sampling.

How do zero static valves prevent microbial growth?

By removing stagnant fluid zones, zero static valves let clean in place solution and steam in place vapor reach every wetted surface. Without a dead leg to trap fluid, there is far less opportunity for microbial growth between cleaning cycles.

When should I use a zero static tee inline versus an angle valve?

Use a zero static tee inline valve when you have straight, flush access to the main process line. Use a zero static tee angle valve when the installation requires an angled orientation or space is constrained. Both maintain dead leg free, hygienic performance.

Are zero static valves cGMP and BPE compliant?

Yes. Fluid Line Technology zero static bleed and sample valves are built to ASME BPE compliance and cGMP standards, with material traceability for applications where cleanliness and documentation are non negotiable.

What traceability comes with zero static valves?

Each valve ships with material traceability by heat number and code, and certificates of compliance are available, which simplifies validation and audit readiness.

About This Page

Reviewed by the Fluid Line Technology engineering and production team.

Manufacturing since 1989. ASME BPE compliant. ISO compliant. Material traceability with MTRs by heat number. Third party inspected processes.