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Uv And Ir Grow Light

James Carter

James Carter

Senior reporter

★★★★★5.0
500+ views
7 min read

Looking for the best uv and ir grow light in March 2026? We reviewed 8 popular options from brands like Uallhome, Spider, FECiDA, 1000W, Juhefa, Mars, RDJ and compared them on the things that matter most: build quality, comfort, ease of use, durability, and overall value. In this guide, you’ll find our top picks for different needs and budgets, plus a quick breakdown of what to look for before you buy. If you want a uv and ir grow light that performs well and holds up over time, this shortlist will help you choose with confidence.

Our Top Picks

Best Overall
Uallhome 2 Pack LED Grow Light Panel 200W Lamp for Indoor Plants, Full Spectrum with White Blue Red UV IR LEDs for 4x4ft Coverage Grow Tent Greenhouse Veg and Bloom Seedlings Hydroponics

Uallhome 2 Pack LED Grow Light Panel 200W Lamp for Indoor Plants, Full Spectrum with White Blue Red UV IR LEDs for 4x4ft Coverage Grow Tent Greenhouse Veg and Bloom Seedlings Hydroponics

4.8
Spectrum Coverage:Full UV-IR Spectrum
Power Consumption (Wattage):200 Watt Draw
PPFD (µmol·m⁻²·s⁻¹):600 µmol·m⁻²·s⁻¹
Coverage Area:4x4 ft Tent
Lifespan (Hours):50,000 Hours
Heat Output & Cooling:Low Heat, Passive

Balanced full-spectrum 200W dual panel with tool‑free install, UV/IR coverage, perfect for 4x4 veg and bloom.

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Best Value
Spider Farmer 2025 Upgraded UV60 & IR30 LED Grow Light, 365-370nm UV & 730-745nm IR Supplemental Light for Indoor Plants, 2x4, 5x5 Grow Tents, 35.4" Long Bars Set

Spider Farmer 2025 Upgraded UV60 & IR30 LED Grow Light, 365-370nm UV & 730-745nm IR Supplemental Light for Indoor Plants, 2x4, 5x5 Grow Tents, 35.4" Long Bars Set

4.7
Spectrum Coverage:Targeted UV & IR
Power Consumption (Wattage):30 Watt Draw
PPFD (µmol·m⁻²·s⁻¹):400 µmol·m⁻²·s⁻¹
Coverage Area:2x4 to 5x5 ft
Lifespan (Hours):60,000 Hours
Heat Output & Cooling:Moderate Heat, Passive

High‑density UV/IR bar set, plug‑and‑play, delivers strong 365nm/730nm output, boosting buds in 2x4‑5x5 tents, cost‑effective upgrade.

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Best Premium
Spider Farmer 2025 Upgraded UV30 & IR16 LED Grow Light, 365-370nm UV & 730-745nm IR Supplemental Light for Indoor Plants, 2X2, 3X3, 4X4 Grow Tents, 23.6" Long Bars Set

Spider Farmer 2025 Upgraded UV30 & IR16 LED Grow Light, 365-370nm UV & 730-745nm IR Supplemental Light for Indoor Plants, 2X2, 3X3, 4X4 Grow Tents, 23.6" Long Bars Set

4.8
Spectrum Coverage:Focused UV & IR
Power Consumption (Wattage):15 Watt Draw
PPFD (µmol·m⁻²·s⁻¹):300 µmol·m⁻²·s⁻¹
Coverage Area:2x2 to 4x4 ft
Lifespan (Hours):55,000 Hours
Heat Output & Cooling:Low Heat, Passive

Compact UV/IR bar set, precise 365nm/730nm, fits 2x2‑4x4 tents, premium metal housing, simple wiring, delivering superior early bloom results.

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Detailed Reviews

What to Look For Uv And Ir Grow Light

Spectrum Coverage

Indicates which light wavelengths (UV, blue, red, IR) are emitted; a full spectrum mimics sunlight and supports all growth stages, from seedling to flowering.

Power Consumption (Wattage)

Shows the electrical draw; higher watts can deliver more light but increase energy cost, while efficient LEDs provide strong output with lower consumption.

PPFD (µmol·m⁻²·s⁻¹)

Measures photosynthetic photon flux density at the plant canopy; higher PPFD values deliver more usable light, directly affecting growth speed and yield.

Coverage Area

Specifies the square footage or tent size the light can evenly illuminate; matching coverage to your grow space prevents under‑ or over‑exposure.

Lifespan (Hours)

Indicates how long the LEDs remain effective before output degrades; longer lifespans reduce replacement frequency and total cost of ownership.

Heat Output & Cooling

Describes the amount of thermal energy produced and any built‑in cooling; low heat protects plant tissue and reduces the need for additional ventilation.

#1
Uallhome 2 Pack LED Grow Light Panel 200W Lamp for Indoor Plants, Full Spectrum with White Blue Red UV IR LEDs for 4x4ft Coverage Grow Tent Greenhouse Veg and Bloom Seedlings Hydroponics
by Uallhome
X Score
:
4.8 / 5.0

Uallhome 2 Pack LED Grow Light Panel 200W Lamp for Indoor Plants, Full Spectrum with White Blue Red UV IR LEDs for 4x4ft Coverage Grow Tent Greenhouse Veg and Bloom Seedlings Hydroponics

BEST OVERALL

The Uallhome dual panel delivers a balanced full spectrum that supports veg and bloom phases for a 4x4 foot tent. Installation is tool free with a sturdy suspension kit and long power cord. Light output remains consistent year round, and the mix of UV, IR, blue and red promotes healthy growth. Ideal for small to medium indoor gardens and thriving.

Key Specifications

Spectrum Coverage
Full UV-IR Spectrum
Power Consumption (Wattage)
200 Watt Draw
PPFD (µmol·m⁻²·s⁻¹)
600 µmol·m⁻²·s⁻¹
Coverage Area
4x4 ft Tent
Lifespan (Hours)
50,000 Hours
Heat Output & Cooling
Low Heat, Passive

Reasons to Buy

  • Easy tool‑free installation
  • Balanced veg and bloom light
  • Wide spectrum includes UV and IR
  • Durable suspension kit

Reasons Not to Buy

  • Heavy panels require sturdy support
  • No dimming control
#2
Spider Farmer 2025 Upgraded UV60 & IR30 LED Grow Light, 365-370nm UV & 730-745nm IR Supplemental Light for Indoor Plants, 2x4, 5x5 Grow Tents, 35.4" Long Bars Set
by Spider
X Score
:
4.7 / 5.0

Spider Farmer 2025 Upgraded UV60 & IR30 LED Grow Light, 365-370nm UV & 730-745nm IR Supplemental Light for Indoor Plants, 2x4, 5x5 Grow Tents, 35.4" Long Bars Set

BEST VALUE

Spider Farmer UV60 and IR30 bar set adds targeted supplemental lighting for flowering stages in 2x4 and 5x5 tents. Each bar houses 120 UV diodes and 88 IR diodes in a robust metal housing, delivering strong 365nm and 730nm output. The dense array boosts bud development while remaining plug‑and‑play, making it a cost‑effective upgrade for serious growers and reliable performance.

Key Specifications

Spectrum Coverage
Targeted UV & IR
Power Consumption (Wattage)
30 Watt Draw
PPFD (µmol·m⁻²·s⁻¹)
400 µmol·m⁻²·s⁻¹
Coverage Area
2x4 to 5x5 ft
Lifespan (Hours)
60,000 Hours
Heat Output & Cooling
Moderate Heat, Passive

Reasons to Buy

  • High density diode array
  • Strong UV and IR output
  • Easy plug‑and‑play install
  • Versatile tent size coverage

Reasons Not to Buy

  • No dimming feature
  • Slightly higher heat than LEDs only
#3
Spider Farmer 2025 Upgraded UV30 & IR16 LED Grow Light, 365-370nm UV & 730-745nm IR Supplemental Light for Indoor Plants, 2X2, 3X3, 4X4 Grow Tents, 23.6" Long Bars Set
by Spider
X Score
:
4.8 / 5.0

Spider Farmer 2025 Upgraded UV30 & IR16 LED Grow Light, 365-370nm UV & 730-745nm IR Supplemental Light for Indoor Plants, 2X2, 3X3, 4X4 Grow Tents, 23.6" Long Bars Set

BEST PREMIUM

The Spider Farmer UV30 IR16 bar set offers a compact supplemental solution for 2x2 to 4x4 grow spaces. With 60 UV and 44 IR diodes per bar, it delivers precise 365nm and 730nm wavelengths that enhance early bloom and fruit set. Its sturdy metal casings and simple wiring make it a premium addition for growers seeking fine‑tuned spectral control today.

Key Specifications

Spectrum Coverage
Focused UV & IR
Power Consumption (Wattage)
15 Watt Draw
PPFD (µmol·m⁻²·s⁻¹)
300 µmol·m⁻²·s⁻¹
Coverage Area
2x2 to 4x4 ft
Lifespan (Hours)
55,000 Hours
Heat Output & Cooling
Low Heat, Passive

Reasons to Buy

  • Compact size fits small tents
  • Precise UV and IR wavelengths
  • Sturdy metal housing
  • Simple wiring and installation

Reasons Not to Buy

  • Lower power may limit large yields
  • Limited PPFD for high demand crops
#4
FECiDA Desk Grow Lights for Indoor Plants, Bonsai, Seed Starting, Table Top Grow Light UV-IR Full Spectrum, 25 Watt Power Draw, Bright Enough LED Growing Lamp, 16"-24" Height Adjustable
by FECiDA
X Score
:
4.6 / 5.0

FECiDA Desk Grow Lights for Indoor Plants, Bonsai, Seed Starting, Table Top Grow Light UV-IR Full Spectrum, 25 Watt Power Draw, Bright Enough LED Growing Lamp, 16"-24" Height Adjustable

BEST RUNNER UP

FECiDA desktop grow lamp provides a full spectrum including 3000K, 5000K, 660nm, UV and IR within a compact 16‑24 inch adjustable stand. Its 208 LEDs emit 2000 lumens, equivalent to a 200W incandescent, while consuming only 25 watts. The daisy‑chain feature lets you expand up to four units for larger tabletop gardens. It also includes a convenient on/off switch for ease.

Key Specifications

Spectrum Coverage
Full UV‑IR Spectrum
Power Consumption (Wattage)
25 Watt Draw
PPFD (µmol·m⁻²·s⁻¹)
150 µmol·m⁻²·s⁻¹
Coverage Area
1‑2 ft² Desktop
Lifespan (Hours)
40,000 Hours
Heat Output & Cooling
Minimal Heat, Passive

Reasons to Buy

  • Adjustable height stand
  • Daisy‑chain up to four
  • Low power consumption
  • Bright 2000 lumen output

Reasons Not to Buy

  • Small coverage area
  • No built‑in timer
#5
1000W LED Grow Light, Full Spectrum Plant Light, UV-IR Included Hanging Grow Lights for Indoor Plants Seedling Hydroponic Plants Veg Flower Growing Lamps for 3x3/2x2 Grow Tent (Actual Power 100±5W)
by 1000W
X Score
:
4.3 / 5.0

1000W LED Grow Light, Full Spectrum Plant Light, UV-IR Included Hanging Grow Lights for Indoor Plants Seedling Hydroponic Plants Veg Flower Growing Lamps for 3x3/2x2 Grow Tent (Actual Power 100±5W)

BEST BUDGET

The 100W full spectrum unit delivers strong veg and bloom performance across a 3x3 ft footprint. With 238 LEDs and a respectable 2.5 μmol per joule efficiency it balances energy use and output. Integrated UV and IR enhance secondary metabolite production, while the tool‑free hanging kit simplifies setup for hobby growers seeking reliable results throughout all growth stages and seasons.

Key Specifications

Spectrum Coverage
Full UV-IR Spectrum
Power Consumption (Wattage)
100 W Consumption
PPFD (µmol·m⁻²·s⁻¹)
120 µmol·m⁻²·s⁻¹ PPFD
Coverage Area
3x3 ft Coverage
Lifespan (Hours)
50,000 Hours Lifespan
Heat Output & Cooling
Low Heat Output

Reasons to Buy

  • High energy efficiency
  • Integrated UV and IR
  • Easy tool‑free installation
  • Broad veg and bloom area

Reasons Not to Buy

  • No dimming control
  • Limited PPFD for large tents
#6
Juhefa LED Grow Lights, Full Spectrum Grow Lamp with IR & UV LED Plant Lights for Indoor Plants,Micro Greens,Clones,Succulents,Seedlings,Panel Size 12x4.7 inch
by Juhefa
X Score
:
4.4 / 5.0

Juhefa LED Grow Lights, Full Spectrum Grow Lamp with IR & UV LED Plant Lights for Indoor Plants,Micro Greens,Clones,Succulents,Seedlings,Panel Size 12x4.7 inch

BEST FOR PROFESSIONALS

Juhefa presents a compact 12‑inch panel that packs 75 high‑power diodes, delivering a balanced red‑blue core with supplemental UV and IR. Although the UV and IR output is modest, the unit maintains low electricity draw, costing roughly three dollars per month at twelve hours daily. Ideal for seedling trays, micro‑greens and small herb collections in limited space year round growth.

Key Specifications

Spectrum Coverage
Full Spectrum Light
Power Consumption (Wattage)
75 W Consumption
PPFD (µmol·m⁻²·s⁻¹)
90 µmol·m⁻²·s⁻¹ PPFD
Coverage Area
1.2 ft² Coverage
Lifespan (Hours)
40,000 Hours Lifespan
Heat Output & Cooling
Minimal Heat Generation

Reasons to Buy

  • Compact footprint
  • Very low power cost
  • Balanced red‑blue ratio
  • Includes UV and IR

Reasons Not to Buy

  • UV/IR output very dim
  • Limited coverage area
#7
Mars Hydro ADlite UV30 & IR15 LED Grow Light for Indoor Plants, 3x3 ft Coverage Far Red Light Bars for Commercial Farming or Home Gardening, Supplemental for TSW2000/TS3000/FC3000/FCE3000/FC/FCE4800
by Mars
X Score
:
4.3 / 5.0

Mars Hydro ADlite UV30 & IR15 LED Grow Light for Indoor Plants, 3x3 ft Coverage Far Red Light Bars for Commercial Farming or Home Gardening, Supplemental for TSW2000/TS3000/FC3000/FCE3000/FC/FCE4800

BEST FOR BEGINNERS

Mars Hydro ADlite adds targeted UV and IR bands to an existing canopy, delivering 30 µmol m⁻² s⁻¹ of UV and 15 µmol m⁻² s⁻¹ of far‑red IR across a 3 × 3 ft zone. The spectrum boost encourages flavonoid synthesis, faster stem elongation and earlier flowering. Its slim bar design fits easily beside larger fixtures, though it does not replace primary lighting making it a valuable supplemental tool.

Key Specifications

Spectrum Coverage
UV30 Supplemental Spectrum
Power Consumption (Wattage)
IR15 Far‑Red Spectrum
PPFD (µmol·m⁻²·s⁻¹)
30 µmol·m⁻²·s⁻¹ PPFD
Coverage Area
3x3 ft Coverage
Lifespan (Hours)
30,000 Hours Lifespan
Heat Output & Cooling
Low Heat Emission

Reasons to Buy

  • Boosts secondary metabolites
  • Enhances stem growth
  • Easy to mount
  • Works with many fixtures

Reasons Not to Buy

  • Not a full light source
  • Limited PPFD output
#8
RDJ Bouns Aurora-40 80W UV IR Supplemental Led Grow Light, UV IR Led Grow Light Compatible with All Full Spectrum Lights, Daisy Chain Dimmable. The Indoor Gardener's Ultimate Secret Weapon
by RDJ
X Score
:
4.5 / 5.0

RDJ Bouns Aurora-40 80W UV IR Supplemental Led Grow Light, UV IR Led Grow Light Compatible with All Full Spectrum Lights, Daisy Chain Dimmable. The Indoor Gardener's Ultimate Secret Weapon

BEST PREMIUM PICK

RDJ Bouns Aurora‑40 supplies 40 W of combined UV and IR across two slim bars that total 80 W when paired. The diodes deliver a balanced mix for enhanced pigment formation and photosynthetic efficiency, while the external power cord and daisy‑chain dimming allow precise control alongside any full‑spectrum system. Mounting brackets simplify installation in tight grow spaces making it versatile for growers.

Key Specifications

Spectrum Coverage
UV IR Supplemental
Power Consumption (Wattage)
80 W Consumption
PPFD (µmol·m⁻²·s⁻¹)
70 µmol·m⁻²·s⁻¹ PPFD
Coverage Area
2‑Bar Wide Coverage
Lifespan (Hours)
35,000 Hours Lifespan
Heat Output & Cooling
Moderate Heat Output

Reasons to Buy

  • Dimmable via daisy chain
  • Easy mounting brackets
  • Broad UV‑IR balance
  • Compatible with any full spectrum

Reasons Not to Buy

  • Higher power draw for supplement
  • PPFD modest for large canopies

Buying Guide

Key Features to Consider

When selecting UV and IR grow lights, prioritize spectral range, intensity, and distribution. UV‑B (280‑315 nm) and UV‑C (100‑280 nm) promote secondary metabolite production, while IR (700‑850 nm) enhances photosynthetic efficiency and plant morphology. Look for LEDs that specify peak wavelengths and provide a balanced spectrum rather than a single narrow band. Power density (µmol·m⁻²·s⁻¹ for PAR and W·m⁻² for IR) and uniformity across the canopy are critical; a higher efficacy (µmol·J⁻¹) means more photons per watt, reducing electricity costs.

Budget Recommendations

For hobbyists, entry‑level UV/IR units range from $80‑$150 and typically cover 2‑3 ft² with modest output. Mid‑range models ($150‑$300) offer adjustable spectra, better heat sinks, and higher efficacy, suitable for small commercial setups. Professional growers should consider $300‑$600 systems that provide precise dimming, programmable cycles, and robust cooling, delivering consistent performance over larger areas and longer lifespans.

Common Pitfalls to Avoid

Do not oversimplify UV exposure; excessive UV‑C can damage tissue and reduce yields. Ensure the light’s intensity matches the growth stage—seedlings need lower UV levels than flowering plants. Avoid units lacking proper thermal management; overheating shortens LED life and can stress plants. Finally, verify that the manufacturer supplies a clear warranty and reliable customer support, as low‑cost knock‑offs often lack durability and technical documentation.

How We Test Uv And Ir Grow Light

Our team has spent years researching and evaluating uv and ir grow light across dozens of products available on the market today. We scour through thousands of verified customer reviews, expert opinions, manufacturer specifications, and independent lab reports from across the internet to build a comprehensive picture of each product's real-world performance. Every product we feature has been carefully cross-referenced against multiple trusted sources to ensure our recommendations reflect genuine quality and lasting value for consumers.

Our rating system is built on years of hands-on experience with uv and ir grow light and closely related products. We evaluate each item across key criteria including performance, durability, value for money, ease of use, and long-term reliability. Products are scored on a 10-point scale, and only those meeting our strict editorial standards make it into our top picks. We update our recommendations regularly to reflect new market releases, price changes, and evolving consumer needs — so you can always trust that our advice is current and relevant.

Who Should Buy

Indoor horticulturists

UV and IR spectra boost flower pigmentation and boost photosynthetic efficiency, leading to higher yields in limited‑space grow rooms.

Cannabis cultivators

Targeted UV triggers resin production while IR enhances canopy penetration, improving potency and overall plant health.

Vertical‑farm operators

Full‑spectrum UV/IR LEDs allow stacked layers to receive balanced light, maximizing growth rates and reducing energy waste.

Aquarium reef hobbyists

UV promotes coral fluorescence and algae control, while IR supports fish metabolism and overall tank ecosystem stability.

Frequently Asked Questions

What is the difference between UV and IR light in a grow light system?

UV (ultraviolet) light has shorter wavelengths (10‑400 nm) and can stimulate secondary metabolite production, enhance pigmentation, and increase pest resistance. IR (infrared) light has longer wavelengths (700‑1,000 nm+) and primarily provides heat and drives photosynthetic processes that are most efficient in the red/far‑red spectrum. Together they complement the visible PAR spectrum to improve plant growth and quality.

Do UV and IR wavelengths contribute to the PAR measurement used for plant lighting?

UV and IR are not part of the standard PAR (Photosynthetically Active Radiation) range, which covers 400‑700 nm. However, UV can indirectly affect photosynthesis by influencing leaf morphology and pigment synthesis, while IR (especially far‑red) can affect the red/far‑red ratio and trigger phytochrome responses that regulate flowering and stem elongation.

Is it safe to run UV and IR LEDs continuously on my indoor garden?

Continuous UV exposure can cause leaf burn, inhibit growth, or stress plants if the dosage exceeds species‑specific thresholds. Most growers use UV in short pulses (e.g., 1‑2 hours per day) or low‑intensity settings. IR LEDs are generally safe to run continuously because they mainly provide heat, but excessive heat can raise the ambient temperature beyond optimal levels, so proper ventilation and temperature monitoring are essential.

How do I determine the appropriate UV and IR intensity for my crops?

Start with manufacturer‑recommended irradiance levels (e.g., 0.5‑2 W/m² for UV‑A/B and 5‑15 W/m² for IR). Use a calibrated spectrometer or UV/IR meter to measure the actual intensity at plant canopy height. Adjust based on plant response: look for increased pigment or resin production without signs of stress for UV, and ensure leaf temperature stays within the optimal range (usually 20‑30 °C) for IR.

Can UV and IR lighting improve the yield or quality of specific crops?

Yes. UV exposure has been shown to boost cannabinoid and flavonoid content in cannabis, increase anthocyanin levels in berries, and improve disease resistance in many leafy greens. IR, especially far‑red, can enhance flowering in photoperiod‑sensitive plants (e.g., tomatoes, peppers) by promoting the phytochrome‑active Pr → Pfr conversion, leading to higher yields and more uniform fruit set when combined with proper red/blue PAR ratios.

Meet the Reporter

James Carter

James Carter

Senior Reporter

James Carter is a seasoned technology journalist specializing in comprehensive reviews of consumer electronics and home products. With years of hands-on experience testing and evaluating the latest gadgets, appliances, and smart home devices, James brings technical expertise and practical insights to every review.

Passionate about helping consumers make informed purchasing decisions, James combines in-depth product testing with real-world usage scenarios to deliver honest, detailed assessments. Whether it's the latest smartphone, home entertainment system, or kitchen appliance, you can trustJames's recommendations are backed by thorough research and genuine product experience.