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Monday – Friday: 8:00 AM – 12:00 PM, 1:30 PM – 5:30 PM
Looking for reliable lab water solutions? Our Double Way Lab Water Tap is engineered in our China factory to ensure chemical resistance and precision. As leading suppliers, we provide durable, dual-outlet faucets ideal for schools, hospitals, and research institutes to maintain laboratory cleanliness and efficiency.
Description
The Double Way Lab Water Tap is a high-performance fluid control solution engineered specifically for rigorous laboratory environments. Constructed from thickened solid brass and coated with a high-gloss epoxy powder, this faucet provides exceptional resistance to chemical corrosion, UV fading, and extreme heat, ensuring long-term reliability in water quality testing and chemical processing facilities.
Designed for maximum efficiency and precision, the tap features a dual-way configuration with a 360° rotating gooseneck for unmatched flexibility. By integrating high-grade ceramic headwork and ergonomic PP controls, it delivers a seamless operational experience while maintaining strict adherence to safety and durability standards for professional laboratory water management.
| Body Material | Thickened Solid Brass | Surface Coating | High gloss epoxy powder (Chemical/UV/Heat resistant) |
|---|---|---|---|
| Valve Unit | Ceramic headwork, 90° turn | Life Cycle | 500,000 cycles |
| Max Static Pressure | 20 Bar | Gooseneck Range | 360° Rotating |
| Nozzle Type | Detachable Brass or PP | Knob Material | High-grade ergonomic PP |
| Optional Feature | Wrist blade lever for hygiene | Filtration | Integrated bottom impurity filter |
Specialized epoxy powder coating protects the body against corrosive chemicals and UV fading.
Tested for 500,000 life cycles and pressure resistant up to 20 Bar for lifelong stability.
Built-in plastic filters block fine particles, ensuring high-accuracy test results in lab work.
The 360° rotating gooseneck allows for effortless access to various containers and sinks.
High-grade PP knobs and optional wrist levers prevent secondary pollution and simplify operation.
Interchangeable nozzles allow you to choose between serrated spray or foaming devices.
Strict adherence to material purity and coating thickness standards for every unit.
Each valve undergoes rigorous cycle testing to guarantee the 500,000-turn lifespan.
Static pressure testing up to 20 Bar to ensure zero seepage and breakage.
Verification of epoxy coating integrity against common laboratory acidic and alkaline agents.
Real-time tracking of custom nozzle options and wrist lever configurations.
Technical guidance for seamless integration into water pollution prevention systems.
| Feature Metric | Standard Lab Taps | Our Double Way Tap |
|---|---|---|
| Operational Life | 100k - 200k cycles | 500,000+ cycles |
| Corrosion Defense | Basic Chrome Plating | Industrial Epoxy Powder |
| Water Purity | No integrated filter | Built-in particle filter |
| Flexibility | Fixed or limited swivel | Full 360° Rotation |
| Maintenance Cost | Frequent seal replacement | Ultra-low (Ceramic Core) |
The tap is equipped with a specialized plastic filter at the inlet that effectively blocks fine particles and impurities, ensuring the water used in tests is clean and consistent.
Yes, the body is coated with high-gloss epoxy powder specifically designed to be resistant to most chemicals, UV fading, and heat, making it ideal for water pollution prevention labs.
The ceramic headwork provides a smooth 90° turn and is engineered for an exceptional lifespan of 500,000 cycles, significantly reducing the need for frequent replacements.
Absolutely. The nozzles are detachable and can be replaced by the user. Options include serrated spray nozzles for rinsing or foaming devices for controlled flow.
The optional wrist blade lever allows operators to control water flow without using their hands, preventing secondary pollution and reducing the risk of cross-contamination.
The tap is designed to withstand a maximum static water pressure of 20 bars, ensuring it remains leak-proof and structurally sound even in high-pressure systems.
