Aurélien Guichard, founder and perfumer of Matière Première, captures the atmosphere of an early May morning during the harvest in his fields in the Grasse region. The Centifolia Rose flowers are still on the bushes, covered in dew, releasing a pure, fresh and luminous floral scent.
The candle translates this moment into an elegant and natural olfactory signature, enhancing the freshness of Centifolia Rose and the delicate sensation of freshly picked petals.
Formulated with 95% wax of natural origin, it is available in a 220 g format and offers an average burn time of approximately 50 hours. The wick is made from 100% certified BC-Cotton. Each candle is hand-poured in small batches, with the fragrance concentrate added only during the final stage of production to preserve its olfactory qualities as effectively as possible.
The glass is made from Bohemian crystal from the Czech Republic. Each piece is individually flame-polished to achieve maximum transparency and brilliance, then hand-lacquered on the inner surface.
Aurélien Guichard, founder and perfumer of Matière Première, captures the atmosphere of an early May morning during the harvest in his fields in the Grasse region. The Centifolia Rose flowers are still on the bushes, covered in dew, releasing a pure, fresh and luminous floral scent.
The candle translates this moment into an elegant and natural olfactory signature, enhancing the freshness of Centifolia Rose and the delicate sensation of freshly picked petals.
Formulated with 95% wax of natural origin, it is available in a 220 g format and offers an average burn time of approximately 50 hours. The wick is made from 100% certified BC-Cotton. Each candle is hand-poured in small batches, with the fragrance concentrate added only during the final stage of production to preserve its olfactory qualities as effectively as possible.
The glass is made from Bohemian crystal from the Czech Republic. Each piece is individually flame-polished to achieve maximum transparency and brilliance, then hand-lacquered on the inner surface.