At Yummi Candles, we take great pride in crafting exquisite candles that create the perfect ambience with their hues. What sets our candles apart is our unique production process, starting with a white core. Our candles are crafted with a pure, unscented, white wax core. This serves as the foundation for the rich light that our candles emit. Subsequently a professionally trained chandler adds colour through an hand over-dipping process. This technique ensures a uniform and vivid colour layer on the outside. This offers a brilliant aesthetic and light effect, when the candle is lit the warm glow brings out the contrast between the white core and the vibrant outer layer.

Colours are important in our daily lives for self-expression. Our goal is to offer a wide range of coloured candles to help you create the perfect atmosphere for your events or home. While striving for accuracy in representing colours and shades, it's important to recognize that what we see on computer or mobile phone screens may not always reflect the true colour shade. This discrepancy arises from the fact that different manufacturers utilize diverse technologies to produce screens, thereby influencing how colours are displayed. Certain colour shades may look different on a screen compared to real life. Screens use an additive colour model, while real objects reflect or absorb light to create colour. This means the colour you see on a screen may not match the actual colour of a candle or colour swatch.

Multiple Factors Impact Colour Accuracy

Screen Technology

LCD and OLED screens have different colour gamuts, resulting in the display
of varying colours.

Brightness & Contrast Settings

Adjustments to these settings on a screen can impact colour accuracy.

Ambient Lighting Conditions

Viewing a screen in a brightly lit room may cause colours to appear washed out or less vibrant compared to a darker room.

Screen Colour Calibration

Manufacturers calibrate screens differently, leading to variations in colour accuracy. Users may also have the option to adjust colour settings on their screens, further affecting accuracy.

Shades

Certain colour shades may look different on a screen compared to real life. Screens use an additive colour model, while real objects reflect or absorb light to create colour. This means the colour you see on a screen may not match the actual colour of a candle or paint swatch.