(02) 9662 1517

Liquidleds

Liquidleds 3W Candle Tre Loop LED Bulb E27 in Extra Warm

$12

In stock

Buy now

Checkout is secure. Enter your postcode below for the delivery price, or collect from the Kensington showroom.

Delivery to your postcode

About this product

A three-loop crossed filament behind clear glass, giving this candle bulb more visual detail than a simple spiral. The dimmable 3W Candle Tre Loop LED Bulb delivers 160 lumens of 2200K extra warm light, replacing a traditional 15W incandescent with ultra-high colour accuracy. Backed by a 2-year warranty.

The Clear Glass Effect

The tre-loop filament crosses over itself in three overlapping arcs, scattering light more evenly around the globe than a single coil does, with sparkle visible from a wider range of angles. It's compatible with standard trailing-edge dimmers and holds a smooth, flicker-free dim curve, so the crossed filament pattern stays clearly defined even when dimmed low.

Switched off, the layered filament gives the bulb a more intricate, collectible look than the plain spiral version, particularly useful in single-bulb feature fittings where there's nothing else drawing the eye. That extra visual detail is the main reason to choose tre-loop over spiral when the bulb itself is meant to be noticed.

Where It Belongs

Suited to single-bulb feature fittings such as statement pendants and bedside lamps where the more elaborate filament pattern is meant to be noticed. In hospitality, it fits boutique bars and feature chandeliers in restaurant dining rooms where the bulb itself is part of the design story, and in retail it suits jewellery and homeware displays wanting a bulb with visible character rather than a plain glow. It's also well suited to open-plan living areas where a single feature pendant needs to carry visual interest on its own, without a cluster of other fittings to lean on. The E27 fits standard Edison screw sockets.

SKU F327-C35V-C. Product photography from the supplier.

You may also like

More candle bulbs

Call the showroomAsk about a light