IP65+ Solar Table Lantern with Radial Perforated Pattern and 48 Hours Working Time for Outdoor Patio and Garden Use

This solar garden table lantern uses a compact geometric form as a recognisable lighting feature. Its grey square body creates a clean architectural profile, while the front panel has graduated circular perforations arranged as a radial sunburst. A black solar-panel insert sits on top, paired with a pale wood-look arched handle. The design works as a tabletop accent in daylight and as a pattern-led source of decorative light after dark.

The perforated face is the main visual differentiator. When the internal light is on, the openings allow light to appear as points expanding from the centre toward the outer edge. This gives the lantern a more memorable identity than a plain diffuser. Actual brightness, spread and projection should be checked with a production sample because the result depends on the light source, diffuser, distance and ambient conditions.

The visible top panel supports solar charging, so the lantern can be positioned where fixed wiring is undesirable. During the day it remains part of the furniture setting as a modern grey accessory. After charging, it is intended to provide low-level atmosphere for dining, conversation and decorative zoning. A small control is visible beside the solar panel.

The arched handle gives the product a portable-lantern appearance and may assist repositioning between a dining table, coffee table or sheltered garden corner. Carrying capacity and any hanging application must be confirmed by handle-load testing before promotion. Present this item as decorative ambient lighting, not as a pathway, security or task light unless photometric testing confirms adequate output.

The silhouette suits hotel patios, resort lounges, restaurant terraces, villa gardens, balconies and outdoor-furniture displays. One unit can serve as a table accent; multiple units can repeat across dining or seating zones. The grey body can coordinate with stone, timber-look, metal and upholstered furniture, while the radial perforations supply the distinctive design cue.

For solar charging, the top panel should receive suitable daylight and should not be covered by decor, foliage or overhead objects. Performance will vary with location, season, weather, orientation and shade, so buyers should test the lamp under the intended conditions rather than rely on a universal runtime claim.

• Category: solar garden table lantern / decorative solar patio light
• Form: square-bodied freestanding tabletop lantern
• Front feature: radial graduated circular perforation pattern
• Top feature: integrated black solar-panel insert with visible control
• Handle: arched pale wood-look handle
• Visible colours: grey body, black insert and natural-tone handle
• Lighting role: decorative ambient illumination
• Placement: patio tables, side tables, outdoor dining and lounge furniture

1. Pattern-led identity. The radial hole layout is easy to recognise in product grids, showrooms and project mood boards.
2. Architectural styling. The square housing and dot geometry offer a modern alternative to rope, rattan and open-cage solar lanterns, helping buyers build a varied collection.
3. Day-and-night value. In daylight the lantern reads as a geometric decor object; when illuminated, the perforated face becomes the focal feature.
4. Furniture-friendly format. The compact table form fits hospitality terraces and residential outdoor living areas without requiring a permanent lighting layout.
5. Repeatable project use. The controlled shape and motif support coordinated placement across multiple tables. Buyers can validate the light effect, finish and charging behaviour before scaling an order.

A useful RFQ should state target quantity, destination market, compliance documents, outdoor exposure, preferred light colour, desired operating time, packaging and branding needs. Before approval, inspect a lit sample in daylight and darkness. Confirm the perforation effect, finish, handle attachment, switch logic and charging behaviour. Review verified IP, battery, runtime and photometric data against the project requirement.