High-PAR Nano Aquarium LED Light

High-PAR Nano Aquarium LED Light
Details:
Designed for compact freshwater planted systems, desktop aquascapes, and shrimp tanks, the High-PAR Nano Aquarium LED Light delivers targeted photosynthetically active radiation to foster dense plant growth without occupying excessive space above the rim.
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Description
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Designed for compact freshwater planted systems, desktop aquascapes, and shrimp tanks, the High-PAR Nano Aquarium LED Light delivers targeted photosynthetically active radiation to foster dense plant growth without occupying excessive space above the rim.

 

Key Benefits of High-PAR Nano Aquarium LED Light

 

Targeted PAR Delivery: Emits usable photosynthetic light directly into the water column, supporting healthy plant development without wasting energy on non-essential spectrums.

 

Minimalist Aluminum Design: Maintains a low-profile footprint above small tanks, allowing unobstructed viewing and easy maintenance access.

 

Spectrum Tuned for Growth: Balances specific blue, red, and white spectrums to optimize chlorophyll absorption while highlighting aquatic flora color.

 

Flexible Rimless Mounting: Secures safely onto glass walls up to 8mm thick, providing stable position alignment across small desktop setups.

 

Passive Heat Dissipation: Uses an engineered aluminum body to bleed heat away from LEDs, extending operating life and eliminating fan noise.

 

Recommended Applications

 

Planted Desktop Aquariums: Fits tight office or home workspaces where full-spectrum plant lighting is needed in a minimal frame.

 

High-Density Aquascaping: Supplies intense light coverage across small, heavily carpeted tanks or complex hardscape layouts.

 

Dedicated Shrimp Habitats: Offers stable overhead illumination to encourage natural biofilm growth without overheating small volumes of water.

 

Aquatic Display Units: Enhances visual appeal and vivid natural colors for compact retail or showcase aquariums.

 

Technical Specifications

Specification

Technical Details

Product Category

Nano Aquarium LED Light

Target Application

Freshwater Planted / Aquascape / Shrimp

Input Voltage

AC 100–240V, 50/60 Hz

Output Voltage

DC 12V / 24V

Rated Power Options

8W / 12W / 16W

LED Chip Type

High-efficiency SMD 2835 / 5730

Color Temperature

6500K – 8000K daylight white

PAR / PPFD Range

120–180 $\mu\text{mol/m}^2/\text{s}$ at 30 cm depth

Housing Material

Anodized Aluminum Alloy + ABS

Glass Thickness Compatibility

3mm to 8mm rimless glass

Control Interface

Inline Manual Dimmer / Optional Timer Module

 

Selection Guide

 

Evaluate Water Depth: Measure distance from light fixture to substrate, as PAR intensity drops predictably through deeper water layers.

 

Assess Plant Coverage: High-demand carpet plants require max output models, while slow-growing mosses thrive under mid-range PAR settings.

 

Check Glass Thickness: Match clamp mounting bracket dimensions with tank wall thickness to ensure a steady, upright fit.

 

Select Control Preference: Determine whether basic on/off operation or multi-stage dimming suits the maintenance schedule best.

 

Light Performance and Plant Spectrum

 

Photosynthetic Efficiency: Emphasizes light wavelengths absorbed directly by Chlorophyll A and B to drive steady plant photosynthesis.

 

Penetration Consistency: Maintains uniform PPFD values across small footprints, preventing dark corners in square or cube tanks.

 

Visual Color Rendering: Highlights crisp greens and deep reds in plants without distorting the natural tones of aquatic life.
 

Mechanical Structure & Heat Management

 

Integrated Heatsink: Cast aluminum casing pulls thermal energy directly away from the LED circuit board to maintain steady output.

 

Corrosion-Resistant Finish: Protects external surfaces against moisture, salt spray, and water splashes common in open-top setups.

 

Secure Locking Screws: Uses durable nylon-tipped fasteners that grip tank glass firmly without scratching or cracking the surface.

 

Quality Control and Testing

 

Spectroradiometer Testing: Every production batch undergoes strict spectral distribution and PAR intensity checks at standardized distances.

 

High-Temperature Burn-In: Fixtures are powered continuously under full load to confirm thermal stability and electrical performance.

 

Water Resistance Checks: Sealed components undergo moisture exposure testing to prevent internal condensation and short circuits.

 

Mechanical Stress Verification: Mounting hardware and cable connections are tested for tension resistance and long-term structural hold.

 

Customization and OEM Solutions

 

Custom Housing Finishes: Anodized colors and custom logo printings can be applied directly to aluminum surfaces.

 

Tailored Light Spectrum: LED diode arrangements can be customized to emphasize specific color temperatures or growth spectrums.

 

Bespoke Packaging: Custom retail boxes, instruction manuals, and outer carton markings built to regional trade standards.
 

Information Required for Sourcing

 

Target Tank Dimensions: Provide length, width, and depth to match recommended fixture wattage and spread angle.

 

Regional Plug Standard: Specify target country plug style and local voltage requirements for power supply setup.

 

Order Quantities: Indicate target volume to optimize production scheduling, custom branding, and packaging configurations.

 

FAQ

Q: What makes this light better for planted tanks than a standard decorative LED?

A: This fixture delivers specific PAR wavelengths needed for plant photosynthesis, whereas standard decorative LEDs only supply basic visual brightness without supporting plant growth.

Q: How far above the water should the light be positioned?

A: The included mounting bracket positions the light approximately 5 to 8 centimeters above the rim, optimizing light spread across the tank surface while minimizing light spill.

Q: Can this fixture be used on tanks with glass lids?

A: Yes, the light can be installed over clear glass lids, though measuring PAR through glass may show a slight 3% to 5% reduction in light transmission.

Q: Does the housing get hot during continuous operation?

A: The aluminum body acts as an active heat sink, so it will feel warm to the touch while keeping internal LED junction temperatures within safe limits.

Q: How do I adjust the light intensity for low-light plants?

A: An optional inline dimmer allows step-by-step brightness reduction to match the exact requirements of mosses, Anubias, or shade-preferring plant species.

 

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