Technical Foundation
What Is a Laboratory Faucet?
Laboratory faucets are built specifically for lab bench and fume hood sinks, differing from standard plumbing fixtures in their materials (often chrome-plated brass, polypropylene or PVC for chemical resistance), their serrated hose-end (barbed) outlets designed for a snug push-on connection to lab tubing rather than a standard aerator, and their handle options — wrist blade or foot pedal actuation lets a user turn water on and off without touching the handle with contaminated or gloved hands.
Mount style depends on the sink and bench configuration: deck-mount faucets install through holes drilled directly in the sink deck or countertop, while wall-mount faucets install into the wall behind the sink, keeping the deck clear for equipment and useful where the sink itself doesn't have pre-drilled faucet holes. Gooseneck spouts extend the outlet well above the sink basin, providing clearance to fill tall glassware or connect to equipment positioned in the sink, which a low, straight-spout faucet cannot accommodate.
Prefer a quick quote?
Get Laboratory Faucets Pricing in Your Inbox
Skip the search — tell us the mount style, valve/handle type and material and we will come back with pricing.
| Spec | What It Means | Why It Matters |
|---|---|---|
| Mount Style | Deck-mount, wall-mount, gooseneck extension | Must match sink/bench hole configuration and required clearance above the basin |
| Material | Chrome-plated brass, polypropylene, PVC | Polypropylene/PVC resist a broader range of corrosive chemicals than plated brass |
| Valve/Handle Type | Wrist blade, foot pedal, standard knob | Wrist blade and foot pedal allow hands-free or glove-safe operation without touching the handle |
| Outlet Type | Serrated hose-end (barbed) vs. threaded aerator | Serrated outlets allow a secure push-on connection to lab tubing for equipment feed lines |
| Number of Valves | Single-valve vs. dual (hot/cold or gas/vacuum) | Determines whether temperature mixing or multiple service lines are needed at that location |
Shop Laboratory Faucets
Browse Laboratory Faucets Sub-Categories
Organised by mount style. Pick a sub-category, or describe your bench or fume hood configuration and let ChatMRO match the faucet.
How it works
From Half-Remembered Part Number to PO, in Three Steps.
Ask
Type an MPN, paste a spec sheet, or describe the part in plain English. ChatMRO understands engineer-speak.
Compare
Side-by-side specs, cross-references, and equivalents from multiple sources — without the clutter of endless browser tabs.
Quote & Buy
Request a quote or add to cart. Volume discounts, VAT-aware pricing, and consolidated procurement — all in one place.
Applications
Where Laboratory Faucets Get Used
Laboratory faucets are specified anywhere bench or fume hood plumbing needs chemical resistance, tubing connectivity or hands-free operation beyond what standard fixtures provide.
Chemistry & Analytical Laboratories
Corrosion-resistant faucets on bench sinks handling routine exposure to acids, solvents and reagents.
Fume Hood Sink Plumbing
Wall-mount and deck-mount faucets fitted within fume hood enclosures for contained wet work.
Biological & Clinical Laboratories
Wrist blade or foot-pedal faucets enabling hands-free operation to reduce contamination risk.
Pharmaceutical Manufacturing Labs
Chemical-resistant faucets specified for cleanroom and GMP-controlled lab environments.
Educational & University Labs
Durable, serviceable faucets for high-use teaching lab benches with frequent turnover of users.
Industrial QC & Testing Labs
Lab-grade faucets supporting sample prep and testing procedures requiring reliable water and tubing connections.
FAQ
Laboratory Faucets Questions, Answered
Why can't I just use a standard kitchen or bathroom faucet in a lab?
Standard residential faucets typically use finishes and materials not rated for sustained chemical exposure, and their outlets are designed for aerated flow rather than a secure connection to lab tubing. Lab faucets use corrosion-resistant materials (chrome-plated brass, polypropylene or PVC) and serrated hose-end outlets specifically so tubing can be pushed on and held securely for feeding lab equipment or apparatus.
What's the benefit of a wrist blade or foot pedal faucet over a standard handle?
Wrist blade handles extend outward so they can be operated with a forearm or the back of a gloved hand, and foot pedal faucets are operated entirely without hands, both avoiding the need to touch a potentially contaminated handle with clean hands or gloves. This is particularly valuable in biological, clinical and chemical labs where cross-contamination or re-contaminating clean hands is a real concern.
When do I need a gooseneck faucet instead of a standard low spout?
A gooseneck spout raises the outlet well above the sink basin, providing clearance to fill tall glassware, carboys, or connect directly to apparatus sitting in the sink — a low, straight spout often can't clear tall vessels or equipment. If bench work regularly involves tall containers or in-sink apparatus, a gooseneck is generally the better choice.
Should I choose a metal or plastic (polypropylene/PVC) lab faucet?
Chrome-plated brass faucets are durable and cost-effective for general lab use with moderate chemical exposure, but polypropylene or PVC faucets resist a broader range of aggressive acids, bases and solvents that can eventually corrode or pit plated brass over time. Labs with frequent exposure to highly corrosive chemicals typically specify plastic-bodied faucets for longer service life.
Can I connect lab tubing directly to any faucet outlet?
Only outlets designed with a serrated (barbed) hose-end connection reliably hold tubing under pressure without slipping off — a standard threaded aerator outlet isn't designed for a push-on tubing connection and tubing can pop off under pressure or vacuum. Confirm the faucet's outlet type matches your tubing connection needs before ordering.
Keep browsing
Related Categories
Explore More
Find Your Next Part Now.
Describe a part number, spec or what it does.