Liquidleds 7.2W G125 LED Globe E27 Porcelain in Soft White

About this product

An oversized globe with a clean, contemporary glow that lights a room without warming the colour palette. The 7.2W G125 Porcelain LED Globe delivers 806 lumens of 3000K soft white light, replacing a traditional 60W incandescent. The porcelain finish eliminates glare entirely, and ultra-high colour accuracy ensures the light renders materials and finishes naturally, with skin tones that look warm and flattering. Backed by a 3-year warranty.

The Porcelain Effect

The fully opaque, matte-white porcelain coating turns the oversized G125 into a smooth, sculptural light source with no visible hotspots, no harsh striping, and no glare. At 3000K soft white, the light carries enough warmth to feel comfortable but enough clarity to keep a space looking fresh and well-defined. Whites stay white rather than turning golden, neutral tones hold their balance, and cooler interior palettes are complemented rather than shifted. When switched off, the matte porcelain surface gives the globe a neutral, minimalist appearance that disappears into contemporary interiors rather than competing with them. Pair it with a compatible trailing-edge dimmer for smooth, flicker-free control across the full brightness range.

Where It Belongs

The 7.2W G125 Porcelain at 3000K suits spaces where the visual scale of an oversized globe works, but a crisper, more contemporary light fits the palette better than traditional warm white. In the home, it is a strong fit for modern kitchens, living areas with neutral or cool-toned interiors, bathrooms, and home offices where you want the visual impact of a G125 without the golden tone of 2700K. In hospitality and commercial settings, it works well in contemporary restaurant interiors, retail displays, hotel bathrooms, co-working spaces, and minimalist café fit-outs where cleaner light complements a modern design. For projects that use both warm white and soft white in different zones, the porcelain finish provides visual consistency across the installation even as the colour temperature changes.