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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Optimized Product Description

Designed for compact freshwater planted systems, desktop aquascapes, and shrimp tanks, the High-PAR Nano Aquarium LED Light delivers focused photosynthetic light that supports healthy plant growth without taking up unnecessary space above the tank.

Why Choose This Light

It puts usable PAR directly into the water column so plants can photosynthesize efficiently. The low-profile aluminum body sits cleanly on small tanks, leaving the view unobstructed and maintenance easy. The spectrum balances blue, red, and white wavelengths to favor chlorophyll absorption while keeping plant colors natural and vivid. A simple clamp mounts securely on rimless glass up to 8 mm thick, and the aluminum housing dissipates heat passively-no fan noise, longer LED life.

Best Suited For

Planted desktop aquariums in offices or small home setups

High-density aquascapes with carpeting plants or complex hardscape

Dedicated shrimp tanks that need stable light without overheating the water

Compact display aquariums where color and plant health both matter

Technical Specifications

Specification Details
Product Category Nano Aquarium LED Light
Target Use Freshwater planted, aquascape, shrimp
Input Voltage AC 100–240V, 50/60 Hz
Output Voltage DC 12V / 24V
Power Options 8W / 12W / 16W
LED Type High-efficiency SMD 2835 / 5730
Color Temperature 6500K – 8000K daylight white
PAR / PPFD 120–180 µmol/m²/s at 30 cm depth
Housing Anodized aluminum alloy + ABS
Glass Compatibility 3 mm to 8 mm rimless glass
Control Inline dimmer (optional timer module available)

How to Choose the Right Model

Measure the distance from the light to the substrate-PAR drops as depth increases. High-light carpet plants usually need the higher-output versions, while mosses and slower growers do well with mid-range settings. Confirm your tank glass thickness matches the clamp range. Decide whether simple on/off control is enough or if you prefer stepped dimming for different plant needs.

Light Performance

The spectrum prioritizes wavelengths that chlorophyll a and b absorb most efficiently. Coverage stays even across small square or cube tanks, reducing dark corners. Colors of both plants and livestock appear natural rather than washed out or overly saturated.

Build and Heat Management

The aluminum body acts as a heatsink, drawing heat away from the LEDs so output stays stable. The finish resists moisture and splashes common in open-top setups. Nylon-tipped locking screws hold firmly without scratching the glass.

Quality Checks

Each batch is tested with a spectroradiometer for spectrum and PAR consistency. Units undergo continuous full-load burn-in for thermal and electrical stability, plus moisture exposure and mechanical stress tests on the mounting hardware.

Custom & OEM Options

Available customizations include anodized color finishes, logo printing, adjusted diode mixes for specific spectrum preferences, and packaging tailored to regional requirements.

What We Need for Sourcing

Tank dimensions (length × width × depth) to recommend the right wattage and beam spread

Target country plug type and voltage

Expected order quantity for production and branding planning

Frequently Asked Questions

What makes this better than a regular decorative LED for planted tanks?
It delivers the specific PAR wavelengths plants actually use for photosynthesis. Most decorative lights only provide brightness for viewing and do little to support real growth.

How high should the light sit above the water?
The clamp positions it roughly 5–8 cm above the rim. This height gives good surface coverage while limiting light spill outside the tank.

Can it be used over a glass lid?
Yes. Expect a small reduction in transmission (typically 3–5 %) when light passes through clear glass.

Does the housing get hot?
It will feel warm during continuous use-that's normal. The aluminum body is designed to keep internal LED temperatures within safe limits.

How do I lower the intensity for low-light plants?
Use the optional inline dimmer to reduce brightness in steps, which works well for mosses, Anubias, and other shade-tolerant species.


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