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Recessed lighting has quietly revolutionized how we illuminate our homes, moving far beyond simple ceiling spots to become a cornerstone of modern, layered lighting design. Those seamless fixtures, seemingly floating in the ceiling, create a clean, uncluttered aesthetic while delivering exceptional functionality – washing walls in ambient glow, highlighting artwork, or providing focused task lighting without visual intrusion. Yet, navigating the world of recessed lighting kits, especially the critical housing component, can feel surprisingly complex for the average homeowner or even the seasoned DIYer. It’s not just about holes in the ceiling; it’s about safety, performance, longevity, and achieving that perfect beam of light exactly where you need it, without hidden headaches down the line.
After years of observing common installation pitfalls and speaking with electricians and lighting designers, it’s clear that skipping the research on housing specifications is a gamble few should take. The housing is the unseen workhorse, the foundation that determines everything from fire safety and energy efficiency to how well your chosen trim performs and how easily you can upgrade in the future. Choosing the wrong type can lead to insulation contact hazards, excessive heat buildup, frustrating installation delays, or lights that simply don’t deliver the ambiance you envisioned. Understanding the nuances – from insulation compatibility to airtight ratings and retrofit capabilities – isn’t just technical jargon; it’s the key to a successful, safe, and beautiful lighting project that stands the test of time. Let’s demystify what truly matters when selecting your recessed lighting foundation.
Top 10 Housing Only Recessed Lighting Kits
Detailed Product Reviews
1. Designers Fountain LED Recessed Ceiling Light Housings 6 Pack, 6 Inch IC Shallow Remodel Can Housing Set for Recessed Lights, 10 AWG Wire Nuts, Silver Trim, EVR6SLICATB-N-6
Overview:
This 6-pack of shallow IC-rated remodel housings simplifies recessed lighting upgrades in existing ceilings. Designed for 6-inch trims, they prevent attic airflow, feature integrated junction boxes, and include 10 AWG wire nuts for secure electrical connections. Ideal for kitchens, living rooms, or low-clearance spaces like patios.
What Makes It Stand Out:
The IC rating (safe for direct insulation contact), included wire nuts, and reversible bar hangers with nail slots streamline retrofit installations. Aluminum construction ensures durability, while the shallow profile suits tight plenums. Compatibility with splay, magnetic, and baffle trims adds versatility absent in basic housings.
Value for Money:
Priced competitively for a 6-pack with premium features like cETLus certification and no clearance requirements, it outperforms generic housings. The inclusion of specialized wire nuts and hangers eliminates extra purchases, making it a cost-efficient solution for remodelers compared to piecemeal alternatives.
Strengths and Weaknesses:
Strengths: IC safety rating; easy retrofit design; robust aluminum build; comprehensive hardware included; versatile trim compatibility.
Weaknesses: Silver trim may not suit all decors; shallow depth limits bulb/trim options for high-output fixtures.
Bottom Line:
A reliable, safety-focused housing kit that excels in remodels. Its thoughtful inclusions and certifications justify the price, earning strong recommendation for DIYers and professionals upgrading residential or commercial spaces.
2. 34 PCS Recessed Light Clip Kit for Retrofitting Recessed Light Canisters, Self Tapping Screw, Use with Torsion Springs
Overview:
This kit provides 34 galvanized C-clips and self-tapping screws to repair or replace broken torsion springs in 5–6-inch recessed light housings. Designed for quick fixes when retrofitting cans, it targets missing or damaged mounting clips that secure trims to housings.
What Makes It Stand Out:
The galvanized, rust-resistant metal and passivated corners ensure longevity in damp environments. Self-tapping screws simplify installation without pre-drilling, while the universal 1.5" size fits most standard retrofit cans—addressing a common pain point often overlooked by housing manufacturers.
Value for Money:
At 34 sets, this kit offers exceptional economy for contractors or homeowners with multiple fixtures. Replacing an entire housing costs significantly more than this affordable repair solution, making it indispensable for maintenance compared to buying individual clips.
Strengths and Weaknesses:
Strengths: High rust resistance; easy self-tapping installation; ample quantity for large projects; precise sizing for 5–6" cans; durable thin-gauge steel.
Weaknesses: Only suitable for clip replacement (not full housings); limited to specific can types; no compatibility with non-standard trims.
Bottom Line:
A niche but essential toolkit for extending recessed lighting lifespan. Its durability and value make it a must-buy for electricians or savvy homeowners tackling can repairs—highly recommended for keeping existing fixtures functional.
3. New Construction Mounting Plate, 3-4-6 Inch, LED Recessed Lighting Housing Kits, Flat Steel Rough in Bracket Fixture for LED Light Bar, 12PC Shallow Recessed Lighting Housing Plate
Overview:
This 12-pack of galvanized steel mounting plates supports new-construction installations for 3", 4", and 6" LED recessed lights. Featuring symmetric round holes and alignment tracks, it secures housings during framing before drywall, ideal for residential or commercial builds.
What Makes It Stand Out:
The multi-size compatibility (3/4/6-inch) in one kit eliminates guesswork during planning. Lightweight yet rigid flat steel resists rust, while pre-punched notches and mounting tracks enable precise, tool-free positioning—streamlining workflow versus single-size alternatives.
Value for Money:
Bulk 12-pack pricing delivers savings for large projects. Versatility across three common sizes reduces inventory needs, outperforming single-diameter plates that force electricians to stock multiple SKUs. The rugged steel ensures reuse across job sites.
Strengths and Weaknesses:
Strengths: Fits 3/4/6" lights; corrosion-resistant; easy alignment via tracks; reusable; lightweight yet sturdy.
Weaknesses: Not for remodels (new construction only); no integrated junction box; requires separate housing purchase.
Bottom Line:
A pragmatic solution for builders needing flexible, durable mounting. Its adaptability across sizes offers clear cost and efficiency advantages, making it a top pick for new installations where future-proofing matters.
4. New Construction Mounting Plate, 4 Inch, LED Recessed Lighting Housing Kits, Flat Steel Rough in Bracket Fixture for LED Light Bar, 12PC Shallow Recessed Lighting Housing Plate
Overview:
This specialized 12-pack mounting plate is engineered exclusively for 4-inch LED recessed lights in new construction. Made from galvanized steel, it provides a flat, rust-resistant base to secure housings during framing, with symmetric holes for precise light placement.
What Makes It Stand Out:
Dedicated 4-inch sizing ensures perfect alignment without adapters, while pre-drilled notches accelerate installation. The minimalist flat design sits flush against joists, and symmetric hole geometry guarantees centered fixtures—critical for uniform lighting in modern builds.
Value for Money:
For projects standardizing on 4-inch fixtures (common in contemporary homes), this kit beats multi-size plates by optimizing material use. Bulk pricing undercuts retail per-unit costs, and steel durability allows reuse, offering better ROI than single-use plastic brackets.
Strengths and Weaknesses:
Strengths: Precise 4" fit; anti-rust coating; reusable; lightweight; intuitive notch-guided installation.
Weaknesses: Zero size flexibility (4" only); new-construction exclusive; lacks junction box integration.
Bottom Line:
The ideal choice for streamlined 4-inch installations in new builds. When consistency and speed matter, its dedicated design outshines generic options—highly recommended for contractors focused on efficiency.
5. Sunco 24 Pack Retrofit LED Recessed Lighting 6 Inch, Downlight Can Lights for Ceiling, 1050 LM, 2700K/3000K/3500K/4000K/5000K, Dimmable, Baffle Trim, 13W=75W, 50000 Lifetime Hours, Damp Rated UL
Overview:
Sunco’s 24-pack offers complete 6-inch retrofit LED downlights with selectable color temperatures (2700K–5000K), dimmability, and damp-rated UL certification. Each 13W (75W-equivalent) fixture delivers 1,050 lumens and installs directly into existing cans for instant kitchen or bathroom upgrades.
What Makes It Stand Out:
The on-unit CCT slider lets users test and lock preferred color temps during installation—a rare hands-on feature. With 50,000-hour lifespan, flicker-free operation, and a 7-year warranty, it merges customization with commercial-grade reliability uncommon in budget packs.
Value for Money:
At ~$5–$7 per unit (typical retail), it undercuts competitors while including premium traits like multi-CCT selection and UL damp rating. The 7-year warranty and energy savings (vs. halogen) ensure long-term value, easily justifying the modest premium over basic LEDs.
Strengths and Weaknesses:
Strengths: Adjustable color temperature; robust warranty; instant-on dimming; damp-rated; high lumen output.
Weaknesses: Baffle trim only (no gimbal/eyeball options); requires compatible existing housing; no Bluetooth/smart features.
Bottom Line:
A standout retrofit solution balancing customization, quality, and affordability. For whole-home LED upgrades, Sunco’s flexibility and reliability make it a compelling, future-proof investment—strongly recommended.
6. New Construction Mounting Plate, 6 Inch, LED Recessed Lighting Housing Kits, Flat Steel Rough in Bracket Fixture for LED Light Bar, 12PC Shallow Recessed Lighting Housing Plate
Overview: This 12-piece kit provides galvanized steel mounting plates designed specifically for 6-inch LED recessed lights in new construction. Engineered for structural integration during ceiling installation, it offers a flat, lightweight framework to secure lighting housings before drywall application.
What Makes It Stand Out: Its symmetric round hole ensures precise alignment for 6-inch LEDs, while pre-punched notches and mounting tracks streamline multi-unit placement. The rust-resistant galvanized steel construction guarantees longevity in residential or commercial settings without adding bulk.
Value for Money: Priced competitively for a 12-pack, it eliminates the need for custom fabrication. Though single plates are affordable elsewhere, this bulk kit reduces per-unit costs significantly for whole-room installations, outperforming generic brackets in reliability.
Strengths and Weaknesses: Strengths: Durable rust-proof material; intuitive alignment features; flat profile avoids ceiling height loss; versatile for LED bars or standard recessed lights. Weaknesses: Limited to 6-inch fixtures (no size flexibility); requires precise joist spacing; lacks integrated junction box support.
Bottom Line: An efficient, cost-effective solution for new builds needing standardized 6-inch recessed lighting mounts. Ideal for contractors prioritizing speed and durability, though DIYers may prefer adjustable alternatives for irregular layouts.
7. Blulu 24 Pcs New Construction Mounting Plate 4/6 Inch LED Recessed Lighting Kits for LED Bar Light Mounting with Notches Housing Flat Steel Rough in Bracket Fixture
Overview: This 24-piece kit features dual-compatible mounting plates for both 4-inch and 6-inch LED recessed lights, crafted from galvanized steel. Designed for new construction, it simplifies housing installation with a low-profile, rust-resistant structure suitable for residential or commercial projects.
What Makes It Stand Out: The removable punch-out center allows instant switching between 4" and 6" fixtures—a rare versatility in mounting plates. Its calibrated 26"x8.4" size ensures stability, while pre-notched edges accelerate alignment during large-scale installations.
Value for Money: The 24-pack offers exceptional bulk value, especially for mixed-size projects. At a modest premium over single-size kits, the adaptability reduces inventory needs and labor costs, justifying the price for contractors tackling diverse jobs.
Strengths and Weaknesses: Strengths: 4"/6" dual compatibility; robust galvanized build; quick-install notches; ideal for multi-room projects. Weaknesses: Punch-out mechanism may weaken structural integrity for 6" lights; no junction box integration; limited to round fixtures.
Bottom Line: A top pick for professionals handling varied recessed lighting specs. Its size adaptability and bulk quantity deliver significant time savings, though critical installations may require supplemental bracing for 6-inch applications.
8. New Construction Mounting Plate, 4 Inch, LED Recessed Lighting Housing Kits, Flat Steel Rough in Bracket Fixture for LED Light Bar, 48PC Shallow Recessed Lighting Housing Plate
Overview: This 48-piece kit delivers galvanized steel mounting plates optimized for 4-inch LED recessed lights in new construction. Its flat, lightweight design integrates seamlessly into ceiling frameworks, providing rust-resistant support for precise fixture alignment during drywall installation.
What Makes It Stand Out: The high 48-unit count is ideal for large-scale projects, reducing restocking needs. Symmetric round holes ensure accurate 4-inch light fitting, while mounting tracks enable consistent spacing across multiple units—key for uniform commercial lighting layouts.
Value for Money: Unbeatable per-unit cost for dedicated 4-inch installations. Though single-size limited, the volume discount surpasses pricier adjustable kits when only 4-inch lights are required, making it economical for contractors focused on efficiency.
Strengths and Weaknesses: Strengths: Extremely cost-effective in bulk; durable anti-rust material; flat profile preserves ceiling height; simple alignment via notches. Weaknesses: Exclusively for 4-inch fixtures (no flexibility); no junction box accommodation; overkill for small DIY jobs.
Bottom Line: The definitive choice for budget-conscious builders installing numerous 4-inch LED lights. Its sheer quantity and reliability justify the investment for new constructions, but casual users should opt for smaller packs.
9. ASD New Construction Mounting Plate with Round Holes - 3/4/6 Inch Adjustable LED Recessed Lighting Housing with Extendable Hanger Bars, Shallow Wafer Light Bracket, Mounting Kit with Notches, 6 Pack
Overview: This 6-pack kit features adjustable mounting plates with extendable hanger bars (up to 25") for 3", 4", and 6" LED recessed lights. Designed for new construction, it uses sliding clips and a movable plate to accommodate varying joist spacing and fixture sizes.
What Makes It Stand Out: The extendable hanger bars and sliding plate offer unmatched adaptability across joist distances—unlike fixed plates. Dual-size compatibility (via removable templates) and nail-secured sliding clips ensure stability in irregular framing, a rarity in budget kits.
Value for Money: Priced higher per unit than rigid plates, but the adjustability eliminates measurement errors in tricky installations. For remodels or uneven framing, it prevents costly rework, justifying the cost despite the smaller 6-pack quantity.
Strengths and Weaknesses: Strengths: Adapts to 3"/4"/6" lights; solves uneven joist spacing; secure sliding-clip mechanism; ideal for retrofits. Weaknesses: Complex setup vs. fixed plates; shorter bar extension range (25"); limited pack size for large projects.
Bottom Line: Essential for challenging installations with non-standard framing. DIYers and contractors tackling remodels will value its flexibility, though straightforward new builds may prefer simpler, cheaper plates.
10. Juno 4 Inch LED Recessed Lighting, RetroBasics Series LED Downlight Trim Kit, Regressed 4" Ceiling Light with 5-in-1 Switchable White Color, 625 Lumens, Baffle Trim, Matte White
Overview: This retrofit trim kit transforms existing 4-inch recessed housings into modern, dimmable LED downlights. Featuring 5 selectable color temperatures and a glare-reducing baffle design, it’s engineered for easy installation in bathrooms, kitchens, or living spaces.
What Makes It Stand Out: The integrated 5-in-1 switch (2700K–5000K) lets users tailor ambiance without extra bulbs—a standout in budget trims. Its deep-regressed baffle minimizes glare, while wet-location rating and air-tight sealing enable safe bathroom/shower use.
Value for Money: At a mid-range price, it outperforms single-color trims with versatile lighting and premium thermal-plastic durability. The 50,000-hour lifespan and 5-year warranty ensure long-term savings versus frequent bulb replacements.
Strengths and Weaknesses: Strengths: Color-temperature flexibility; exceptional glare control; wet-location certified; tool-free retrofit install; energy-efficient. Weaknesses: Requires compatible housing (not included); 625 lumens may be dim for large rooms; matte white only.
Bottom Line: A superior upgrade for existing 4-inch cans, especially in moisture-prone areas. The color-switching feature and robust build deliver professional results, making it worth the investment for quality-focused homeowners.
Understanding Recessed Lighting Housing Fundamentals
What Exactly is a Housing-Only Kit?
A housing-only recessed lighting kit provides the essential structural and functional framework designed to be installed within your ceiling structure, but excludes the visible trim and the actual light bulb or module. Think of it as the hidden chassis that securely holds everything in place, manages heat dissipation, and interfaces with your home’s wiring and insulation. This foundational component is critical for safety and performance, yet often overlooked when focusing solely on the aesthetic trim.
Why the Housing is the Most Critical Component
While the trim catches the eye, the housing is where the real engineering happens. It dictates thermal management (preventing dangerous overheating), establishes fire safety barriers (especially crucial near insulation), ensures proper electrical connections, and provides the mounting structure. Choosing the wrong housing can compromise safety, lead to premature bulb failure, cause drafts, increase energy costs, and make future maintenance or upgrades a nightmare. It’s the unsung hero of a successful installation.
Key Housing Types and Their Applications
Insulation Contact (IC) Rated Housings Explained
IC-rated housings are specifically engineered and safety-tested to be in direct, continuous contact with thermal insulation (like fiberglass batts or blown-in cellulose) without overheating. This is non-negotiable for installations in insulated ceilings, which is the vast majority of attics and top-floor rooms in modern homes. Using a non-IC housing near insulation is a significant fire hazard.
Non-Insulation Contact (Non-IC) Housings: When They’re Acceptable
Non-IC housings require a minimum clearance (typically 3 inches) from any insulation or combustible material. They are generally only suitable for installations in unconditioned, uninsulated spaces like garages (where fire codes permit) or unfinished basements with no insulation above. They are less common in standard residential living spaces due to insulation requirements.
Airtight (AT) and IC-AT Housings: Boosting Energy Efficiency
Airtight housings feature gaskets or seals that significantly reduce the movement of conditioned air (heated or cooled air) from your living space up into the attic through the fixture cavity. IC-AT housings combine both insulation contact safety and airtight performance. This is a major factor in reducing energy loss, improving HVAC efficiency, and preventing moisture issues in the attic, making them highly recommended for most new installations and retrofits.
Sizing Considerations for Optimal Performance
Standard Housing Sizes: 4", 5", and 6" Demystified
The most common housing diameters are 4-inch, 5-inch, and 6-inch. Size impacts throw distance, beam spread, and the overall visual scale. 4-inch is ideal for focused task lighting or smaller rooms; 6-inch offers broader ambient light suitable for larger areas; 5-inch is a popular versatile middle ground. Crucially, the housing size must match the trim size you intend to use.
The Importance of Cavity Depth Requirements
Housings require sufficient vertical space (depth) within your ceiling joist cavity for proper installation and heat dissipation. Standard depths range from 6 to 10+ inches. Older homes with shallow ceilings (like those with 2x6 joists) or installations between floors may require “shallow” or “low-profile” housings specifically designed for tighter spaces. Always measure your cavity depth before purchasing.
Installation and Compatibility Factors
New Construction vs. Remodel Housings: Know the Difference
New construction housings feature adjustable metal “hangers” nailed directly to ceiling joists before the drywall goes up. Remodel housings (also called “old work”) have adjustable springs or clips that clamp securely to the back of the drywall after the ceiling is finished. Using a new construction housing in a remodel scenario is unsafe and impossible; using a remodel housing in new construction lacks secure structural attachment.
Voltage Compatibility: Line Voltage vs. Low Voltage
Most standard residential housings are designed for line voltage (120V in North America). Low-voltage housings (requiring a transformer, typically for 12V MR16 bulbs) are a distinct category with different internal components and safety requirements. Ensure the housing voltage matches your electrical system and intended light source; mixing them is dangerous.
Compatibility with Integrated LED Modules
Many modern housings are designed specifically to accept proprietary integrated LED retrofit kits or new LED trims with built-in drivers. These housings often have features like knockouts for driver placement or specific thermal paths. Verify housing compatibility if you plan to use integrated LED solutions, as older housings might not support them optimally.
Critical Safety and Performance Features
Understanding Thermal Protection Mechanisms
Quality housings incorporate thermal cutoff switches or sensors that automatically shut off power if internal temperatures become dangerously high (e.g., due to using an oversized bulb or blocked airflow). This is a vital safety feature preventing potential fire hazards and should be standard in any reputable housing.
Fire Rating and Safety Certifications You Need
Always look for housings certified by recognized testing laboratories like UL (Underwriters Laboratories) or ETL (Intertek) specifically for “Recessed Luminaires.” This certification ensures the housing meets stringent national safety standards for fire resistance, electrical safety, and construction. Never install uncertified housings.
Moisture Resistance for Bathrooms and Damp Locations
For installations in bathrooms, covered porches, or other areas with potential moisture exposure (but not direct water spray like showers), housings must be rated for “Damp Locations.” These feature enhanced corrosion resistance and sealing to withstand humidity. Standard housings are only rated for “Dry Locations” and will deteriorate prematurely in damp areas.
Future-Proofing Your Investment
Choosing Housings for Easy Trim Swaps
Opt for housings that utilize a standard twist-and-lock or clip-in trim mechanism. This ensures maximum compatibility with a vast array of trims from various manufacturers, allowing you to easily change the aesthetic (baffle, reflector, wall wash) or upgrade to more efficient trims years later without replacing the entire housing.
Supporting Dimmability from the Start
While dimming capability primarily depends on the bulb/LED module and dimmer switch, the housing plays a role in thermal management. Excessive heat can cause flickering or failure with dimmed LEDs. Housings designed with superior heat dissipation (often seen in IC-AT models) provide a more stable thermal environment, supporting smoother, more reliable dimming performance over the long term.
Planning for Potential LED Upgrades
If you’re installing housings now but plan to use traditional bulbs temporarily, choose housings rated for the wattage you intend eventually (likely much lower with LEDs). More importantly, select housings explicitly compatible with integrated LED retrofit kits. This avoids the hassle and potential incompatibility issues of trying to retrofit LEDs into an older housing not designed for them.
Navigating the Purchase Decision
Why Price Isn’t Always the Best Indicator of Quality
While extremely cheap housings often cut corners on materials, safety features, and thermal management, the most expensive isn’t automatically the best fit. Focus on matching the specific features you need (IC-AT rating, correct size/depth, damp location rating) from reputable lighting or electrical manufacturers. Paying slightly more for essential certifications and performance features is wise; paying a premium for unnecessary bells and whistles isn’t.
Reading Between the Lines of Product Descriptions
Be a savvy shopper. Look beyond marketing terms like “energy efficient” – drill down to specifics: “UL Listed for IC and AT use,” “6-inch shallow depth,” “Damp Location Rated,” “Thermal Protection Included.” Verify the exact certifications and required clearances. If key details like IC rating or depth aren’t clearly stated, assume it’s not suitable for standard insulated ceilings.
Consulting Professionals for Complex Installations
For installations involving cathedral ceilings, very shallow cavities, existing insulation challenges, or whole-house lighting plans, consulting a licensed electrician or lighting designer is invaluable. They can assess your specific structure, ensure code compliance, recommend the optimal housing types, and handle the electrical work safely, potentially saving you significant time, money, and risk in the long run.
Frequently Asked Questions
Frequently Asked Questions
What’s the absolute most important feature to check for in a recessed housing? The IC (Insulation Contact) rating is paramount for safety in virtually all insulated residential ceilings. Never install a non-IC housing where it can touch insulation.
Can I use a remodel housing for a new construction project? No. Remodel housings rely on drywall for support and lack the structural hangers needed for secure installation before drywall goes up. Always use new construction housings during framing.
How do I know if I need a shallow housing? Measure the depth of your ceiling cavity (between the top of the drywall and the bottom of the roof decking or floor above). If it’s less than 7 inches, you’ll likely need a specific shallow or low-profile housing design.
Are airtight (AT) housings worth the extra cost? Yes, for almost all installations. They significantly reduce conditioned air leakage into the attic, lowering energy bills and preventing moisture-related problems, offering a strong return on investment.
Can I put an LED bulb in any old recessed housing? While you can often physically screw in an LED bulb, older housings may lack proper thermal management for LEDs, leading to premature failure. Housings designed for or compatible with integrated LED kits are optimal for longevity and performance.
What happens if I use a non-IC housing in an insulated ceiling? This creates a serious fire hazard. The housing can overheat due to trapped heat from the bulb and insulation, potentially igniting surrounding materials. Always use IC-rated housings where insulation is present.
Do I need a special housing for a bathroom? Yes. Any fixture installed in a bathroom (except inside a shower/steam room) requires a housing rated specifically for “Damp Locations” to withstand humidity and prevent corrosion.
Can I install recessed lights myself, or should I hire an electrician? While remodel housings are DIY-friendly for those comfortable with basic electrical work, adding new circuits or working in complex ceiling spaces is best left to a licensed professional for safety and code compliance.
Why do some housings cost significantly more than others? Price differences usually reflect certifications (IC, AT, Damp), build quality (better thermal materials), depth capabilities (shallow designs are complex), included features (thermal protection), and brand reputation for reliability.
How long should a quality recessed housing last? A well-installed, certified housing made from durable materials (like galvanized steel) should last the lifetime of your home, typically 20-30+ years, especially when paired with modern, cooler-running LED light sources.
See Also
- 10 Best Recessed Lighting Kits After 6 Months of Testing in 2026
- 10 Best Airtight Recessed Lighting Kits After 6 Months of Testing in 2026
- We Tested 50 Housing Only Recessed Lighting Kits - Here are the 10 Best for Contractors
- The 10 Ultimate Best Housing Only Recessed Lighting Kits for Custom Installations in 2026
- The 10 Most Revolutionary Dimmable Recessed Lighting Kits of 2026