Core Product Advantages
Wide Ground Coverage
Mushroom design maximizes the light footprint on the walking surface.
Zero Glare Design
Cap shields the light source, minimizing upward light pollution and eye discomfort.
Classic Aesthetic Appeal
Traditional garden style that blends seamlessly into most natural landscapes.
Traditional Landscape: Wide-Dispersion Pathway Fixtures
Solar Path Lights (Mushroom Style) are a subcategory of the stake light, specifically defined by their dome-shaped or mushroom-shaped cap. This design serves a distinct optical purpose: to project a wide, downward-dispersed cone of light onto the pathway surface immediately surrounding the fixture. Unlike the conical or lantern-style light, the mushroom design minimizes upward light spill (glare) and maximizes the coverage footprint on the ground.
These lights are highly popular for traditional and cottage-style gardens where a soft, wide-angled ambient glow is preferred over sharp, directed beams. The construction includes a wide, often opaque or frosted cap (the mushroom 'head') and a simple stem, mounted on a ground stake. 1. Wide-Angle Optics: The LED is positioned centrally beneath the cap, directing light outward and downward. The size of the cap is proportional to the width of the light spread, with larger caps creating a wider light circle.
2. Gentle Illumination: The light output is low to moderate (20 to 50 LM), designed to provide safety illumination without being intrusive. The CCT is almost universally a very Warm White (2700K to 3000K) to enhance the gentle, welcoming ambiance of the garden or path. 3. Material Focus: Due to the large cap, weight and material stability are important. High-quality mushroom lights use UV-stabilized ABS or metal alloys for the cap and stem to ensure they maintain their shape and do not yellow or crack over time.
The solar panel is always integrated into the top surface of the mushroom cap. Because the cap is wide, it can generally house a larger panel and battery (NiMH or Li-ion), which improves charge efficiency and run-time reliability compared to slimmer path lights. The target user seeks a classic, wire-free look that effectively illuminates a wide area of ground while keeping the light source itself hidden beneath the cap.
Optimal placement for mushroom lights is closer together than stake markers (e.g., 1.5 to 3 meters apart) to ensure the overlapping light circles create a continuous, uninterrupted sweep of illumination along the path. The market segment focuses on aesthetic continuity, ground coverage, and the elimination of upward glare, making them superior to simple marker lights for continuous pathway use.
Technical Specifications
| Product Series | NL-SPWL-Mushroom |
| Light Source | Central SMD LED (Downward Reflector) |
| Nominal Power | 0.8W |
| Lumen Output (Wide Flood) | 30 - 50 LM |
| CCT Range | 2700K - 3000K (Warm White) |
| Solar Panel | Integrated Polycrystalline, 2V/100mA |
| Battery Type | NiMH AA 1.2V/900mAh |
| Light Dispersion | 180∘ Downward Cone (Wide Flood) |
| Housing Material | UV-Stabilized ABS / Powder-Coated Aluminum |
| IP Rating | IP44 |
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Mushroom Light Installation & Warranty
Simple Assembly
Assemble the three sections: stake, stem, and light head/cap.
Optimal Spacing
Measure the light diameter on the ground at night and space the lights so the circles of light overlap slightly.
Firm Stake
Ensure the stake is pushed deep enough into the ground to provide stability, usually at least 15 cm.
Comprehensive Application Scenarios
Curved Garden Pathways
Providing continuous, wide-angle illumination that follows the contours of the landscape.
Flower Bed Border Lighting
Illuminating the ground surface and lower plants surrounding a garden bed.
Patio Edge Definition
Placing lights around the edge of a paved or gravel patio for ambient definition.
Commercial Project Snapshot
| Minimum Order Quantity (MOQ) | 25,000 Units (Mass-Market Garden/Home Retail) |
| Lead Time (Typical) | 15 Working Days |
| Packaging | Retail Multi-Packs (4-Pack, 6-Pack) Highlighting CCT and Wide Light Throw |
| Certifications | CE, RoHS, IP44, UV Stabilization Verification |
| Raw Materials Focus | UV-Stabilized ABS/PC, NiMH AA, Polycrystalline Panels |
| Customization Options | Cap Diameter, CCT, Housing Finish, Stem Material (Plastic vs. Aluminum), Dimmable Option |
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Frequently Asked Questions (FAQ)
Q: What is the main difference between mushroom and simple stake lights?
A: Mushroom lights provide a much wider, downward-focused light throw with zero upward glare, while simple stake lights are primarily marker lights.
Q: Does the wide cap block the solar panel from charging?
A: No. The panel is integrated into the very top surface of the cap, ensuring it receives maximum exposure when aimed skyward.
Q: How can I prevent the plastic cap from turning yellow?
A: Choose models with UV-stabilized polycarbonate or ABS plastic, and avoid abrasive cleaning chemicals.
Q: Is 30-50 LM bright enough for a long path?
A: Yes, when spaced correctly (e.g., 2 meters apart), 30-50 LM provides sufficient ambient light for safe walking and path delineation.
Q: Can these lights be easily damaged by a lawnmower?
A: Yes. The light must be placed outside the sweep of the lawnmower. Always remove them or push them flat to the ground before mowing.
Q: Should I choose a model with a plastic or aluminum stem?
A: Aluminum stems offer better durability and resistance to bending compared to hollow plastic stems.
Q: Why is the warm white CCT preferred for this style?
A: Warm white (2700K) enhances the cozy, traditional, and welcoming aesthetic typically associated with garden lighting.
Q: How do I test the battery to see if it needs replacing?
A: Fully charge the light in bright sun, then measure the run-time. If it runs for less than 4 hours, the battery likely needs replacement.
Q: Can I use these on gravel driveways?
A: Yes, but ensure the stake is set deep into the stabilizing base layer beneath the gravel for maximum stability.
Q: Does the size of the mushroom cap affect the light output?
A: The size of the cap directly correlates to the size of the solar panel, which, in turn, often allows for a higher-capacity battery and better run-time.

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