Essential Six-Outlet Laboratory Faucet – Solid Brass – EduSupports
Product Overview
The six-outlet laboratory faucet—also referred to as the hex lab faucet, six-post water tap, or multi-outlet lab faucet—provides six independent water outlets from a single base, offering maximum efficiency for busy laboratory environments. Unlike standard single or dual-post designs, this configuration allows multiple users or simultaneous applications from one sink installation.
EduSupports presents our six-outlet laboratory faucet, manufactured from solid brass with high-gloss white epoxy powder coating that resists most chemicals, UV fading, and heat. Each of the six outlets features a ceramic headwork cartridge rated for 500,000 life cycles at maximum 10 Bar water static pressure. The ergonomic PP knobs provide comfortable operation, while the pointed nozzles offer precision flow control.
This model is specifically designed for high-throughput laboratories, educational institutions with multiple student workstations, and research facilities where space efficiency and multiple access points are critical.
Key Features
Six-outlet design – six independent water outlets from a single base; ideal for high-volume, multi-user workstations
Solid brass body – durable, corrosion-resistant, long service life
White epoxy powder coating – high-gloss finish; resistant to chemicals, UV fading, and heat
Ceramic headwork cartridges – 90° turn operation; 500,000 life cycles per outlet; maximum 10 Bar water static pressure
Six ergonomic PP handles (knobs) – comfortable grip; chemical-resistant; one per outlet
Pointed nozzles – precision flow control; detachable brass serrated design
Single-base mounting – efficient use of sink space for six independent water sources
Versatile applications – high-throughput labs, schools, research institutes, industrial quality control
Why Choose the Six-Outlet Laboratory Faucet Design?
The six-outlet laboratory faucet offers distinct advantages for specific high-demand environments.
First, its six independent outlets allow up to six users or six simultaneous applications from a single sink installation—maximum space efficiency for crowded labs.
Second, each outlet features its own ceramic cartridge, rated for 500,000 life cycles. These faucets withstand the heavy daily use typical in educational and high-throughput research settings.
Third, the pointed nozzle design provides precision flow control, ideal for directing water into narrow-necked vessels or specific areas without splashing.
Fourth, the white epoxy powder coating resists acids, alkalis, and organic solvents—common causes of faucet failure in labs.
Fifth, the single-base footprint means you get six water sources without consuming six times the sink space.
Specifications
| SKU | Outlets | Spout Type | Nozzle Type | Color/Finish | Feature |
|---|---|---|---|---|---|
| 0510010109 | Six | Pointed | Pointed | White epoxy | High-grade, six independent outlets |
| Specification | Detail |
|---|---|
| SKU | 0510010109 |
| Product Name | Six-Outlet Laboratory Faucet |
| Body material | Solid brass |
| Coating | High-gloss white epoxy powder; chemical-resistant, UV-resistant, heat-resistant |
| Number of outlets | Six |
| Cartridge per outlet | Ceramic headwork; 90° turn; 500,000 life cycles; max 10 Bar water static pressure |
| Handle per outlet | Ergonomic high-grade PP knob |
| Nozzle type | Pointed nozzle; detachable brass serrated design |
| Application | High-throughput laboratory, school, research institute, industrial QC |
Applications – Where to Use Six-Outlet Lab Faucets
| Environment | Typical Use |
|---|---|
| High-throughput laboratories | Multiple analysts working simultaneously at one sink |
| Schools & Universities | Student lab benches with multiple workstations |
| Research Institutes | Busy lab areas with high water demand |
| Industrial QC Labs | Multiple testing stations sharing one sink |
| Teaching laboratories | Several students accessing water from one fixture |
Specifically designed for: chemical laboratories (acid/alkali resistance), educational settings (durability for high student use), quality control labs (efficiency for multiple tests).
How to Use – Best Practices
Installation Guidelines
Mounting hole requirement – single base with appropriate hole size for six-outlet fixture
Water pressure – ensure sufficient supply for six simultaneous outlets (max 10 Bar per outlet)
Tubing connection – use serrated nozzles to attach laboratory tubing independently for each outlet
Daily Operation
Each outlet operates independently via its own numbered or color-coded handle
Turn handle 90° to open/close water flow for each outlet
Use elbow or back of hand to operate—prevents cross-contamination
Cleaning & Maintenance
Wipe exterior with soft cloth and mild detergent
Rinse immediately if chemical spills occur
Ceramic cartridges require no lubrication
Clean each nozzle independently
Safety Precautions
Test water temperature before placing hands or equipment under flow
Do not use for hydrofluoric acid or corrosive chemical transport
Ensure all outlets are off when not in use
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