Thanks to its print and spring-inspired colors, this rubber clog will brighten up your gardening sessions.
- EVA insole made from BLOOM algae
Thanks to its print and spring-inspired colors, this rubber clog will brighten up your gardening sessions.
The insole is made from BLOOM® algae. According to data provided by BLOOM®, the algae extraction used in this technology helps filter water and air, with reported equivalents of 14 liters of water and 8 m² of air (supplier data).
ISOLA+ neoprene is not just a lining, it is a real asset to your comfort. Thanks to its technical properties, it provides maximum thermal insulation by retaining your body heat and wicking away moisture, ensuring your feet stay dry and warm, even in extreme cold. Its natural flexibility moulds perfectly to the shape of your foot, reducing friction for optimal comfort throughout the day.
Front and rear reinforcements. Dedicated clog for regular use.
Its rubber lugged outsole provides maximum grip. This sole is developed by our ROUCHETTE team and we have exclusive use of it.
The TRIAL clog is comfortable thanks to its foam insole.
Natural rubber offers great flexibility for the foot.
The product is designed for a regular use. We recommend wearing the clog for a maximum of a few hours a day. We do not recommend keeping the product in the sun or near a heating source, as this will damage the material.
Upper : Natural rubber. Lining : Neoprene. Insole : EVA foam. Outsole : Natural rubber
The BLOSSOM collection is inspired by springtime blooms, evoking buds in full blossom. The softness of the print brings a touch of cheer to rainy days. BLOSSOM boots are made from natural rubber and lined with GOTS-certified organic cotton. The use of organic cotton prioritizes natural plant-based fibers grown without pesticides, while also helping to reduce water consumption. The boots, as well as the TRIAL OPEN clog, feature an EVA insole made from BLOOM algae. Each insole helps reduce environmental pollution: 14 liters of water filtered and 8 m² of air purified through algae extraction.