ZAKA13 Wall‑Mounted Single‑Outlet Water Cock

ZAKA13 Wall‑Mounted Single‑Outlet Water Cock – Product Brief

Product Overview

The ZAKA13 Wall‑Mounted Single‑Outlet Water Cock (also known as a wall‑mounted single‑outlet laboratory faucet) is a fluid‑control terminal specifically designed for laboratories, inspection and quarantine stations, and research facilities. It is fixed to walls inside fume hoods, on laboratory benches, or near wash sinks, providing a controllable water source for equipment connection and glassware rinsing. Its single‑valve, single‑outlet design, combined with a tapered nozzle for easy hose attachment, delivers precise water supply while saving valuable bench space.

Key Features

• Robust Construction – Made from thickened brass alloy (valve body: hot‑forged H59‑1 copper bar; straight pipe: φ22 mm copper bar), offering high structural strength and resistance to deformation.

• Corrosion & Weather Resistance – Finished with a high‑gloss epoxy resin coating that resists corrosion, heat, and UV radiation, ensuring long service life even in chemically aggressive environments.

• Long‑Life Ceramic Cartridge – 90° rotation ceramic disc valve, tested for ≥500,000 switching cycles; static pressure resistance up to 10 bar (1.0 MPa), providing reliable sealing and smooth operation.

• User‑Centric Design – Ergonomic handle made of high‑density PP; detachable brass nozzle, with optional splash‑proof filter attachment to accommodate various water‑use scenarios.

• Easy Installation – Wall‑mounted design frees up bench space; standard G1/2″ threaded inlet fits mainstream plumbing systems.

Technical Specifications

Applications

• Chemistry and biology laboratories in universities and research institutes

• Food & drug testing and environmental monitoring agencies

• Hospital and CDC clinical laboratories

• Industrial quality control and R&D centre wash stations

Photo

Drawing size

Quality Assurance

Every ZAKA13 water cock is manufactured under strict quality standards, from material selection to final assembly. Each unit undergoes pressure and seal‑tightness tests to guarantee stable performance under frequent operation and exposure to various chemical agents. Its simple yet robust construction meets daily water supply needs while providing a dependable source for precision analytical work.