Lab faucet

Double-Mouth Laboratory Faucet: Wall-Mounted Swing Gooseneck, Ceramic Valve, Anti-Reflux Design

Our Double-Mouth Laboratory Faucet is a heavy-duty, corrosion-resistant mixer tap engineered for demanding lab environments. Featuring a wall-mounted, swing-arm gooseneck with 360° rotatable outlets, it delivers reliable hot and cold water for experiments, glassware rinsing, and emergency fixture connections. Constructed from premium brass with chrome-plated or stainless-steel finish, the faucet resists acids, alkalis, and high temperatures while maintaining a sleek, easy-to-sanitize profile.

At its core, a precision ceramic valve ensures smooth operation and exceptional longevity—with a service life of over 500000 switches—supported by built-in anti-reflux protection to prevent backflow contamination. Ideal for academic, clinical, and industrial labs, this dual-outlet design maximizes workspace utility without crowding the sink deck.

• Wall-mounted installation saves counter space; swing gooseneck arm adjusts reach across sink basins.
• Twin independent outlets rotate 360° for flexible hose attachment or direct-flow rinsing.

• Body: Brass/stainless steel; chrome plating or electropolished finish.
• Internals: Ceramic disc valve for drip-free shutoff and minimal maintenance.
• Compatible with deionized, RO, and tempered water lines.

• Anti-reflux valve blocks backflow per plumbing codes; maintains water purity.
• Chemical resistance against common lab reagents; withstands intermittent high-temperature washdowns.

• 500,000-cycle durability under daily lab use; consistent flow rate across temperature blends.
• Optional configurations: dual/triple outlets, foot pedal activation, eyewash/shower tie-ins.

Serve two workstations simultaneously—one outlet feeds glassware spray nozzles, while the other connects to emergency fixtures or filling stations. The swing-arm design extends reach across large sinks, streamlining washing routines in crowded prep areas.

Anti-reflux technology keeps tainted water from entering potable lines, aligning with health authority guidelines for clinical and pharmaceutical installations.

Ceramic valve internals outperform rubber washers in grit tolerance and lifespan; fewer replacements mean less disruption to sensitive lab schedules.