Linari Lilia Room Diffuser 500ml/16.9oz

Linari Lilia Room Diffuser is a 500ml/16.9oz reed diffuser combining sandalwood and pepper with bergamot and citrus, housed in an opaque satin Italian glass flacon with a wenge wood lid.

Lilia's spicy-woody profile suits everyday use in living rooms and hallways. Linari recommends reversing the capillary sticks every 3-4 days to keep the sandalwood-pepper-citrus fragrance releasing evenly.

Frequently Asked Questions

What does Linari Lilia smell like?
A spicy-woody blend of sandalwood and pepper brightened by zesty bergamot and citrus.

How often should I flip the diffuser sticks?
Linari recommends reversing the capillary sticks every 3-4 days for continuous, even fragrance release.

The LINARI diffusers distribute wonderful pleasant scents which seduce our senses. The pure shape for the room fragrance flacon with its high class lid appears to be a timeless modern design object of highest quality and beauty.

LINARI uses only high quality materials to manufacture these products. The LINARI fragrance flacons are made of exquisite Italian glass. The lid is carved out of solid fine grained maple wood, African wenge wood and zebrano wood and the surface is refined. Through the natural wood texture every lid is unique. The luxurious textile labels are manufactured out of finest premium satin and mikrosilk. The evaporating sticks are made of high quality tropical plants and therefore are able to achieve an optimal capillary effect.

The development of the fragrance is dependent on the speed at which the capillary sticks absorb the room fragrance. Within 1 - 2 hours of insertion the Eau de Parfum will have been absorbed to the height of the lid. After 5 - 7 days the liquid will have reached its highest level, approximately 10 - 15cm above the wooden lid.

In general the life expectancy of LINARI room fragrances is 6 months, however they can last much longer. The evaporation rate, and therefore the average life expectancy is dependent on atmospheric conditions. Low humidity, low air pressure, high temperature or any combination of these conditions may decrease the evaporation time.