Table Prague
A composite made from a combination of used textiles and plastic waste, in which textile fibers act as reinforcement inside the profile structure, making it much stiffer than standard plastic profiles.
Bench Prague
A composite made from a combination of used textiles and plastic waste, in which textile fibers act as reinforcement inside the profile structure, making it much stiffer than standard plastic profiles.
Hexagonal platform
A composite made from a combination of used textiles and plastic waste, in which textile fibers act as reinforcement inside the profile structure, making it much stiffer than standard plastic profiles.
EPAL-pallet
A composite made from a combination of used textiles and plastic waste, in which textile fibers act as reinforcement inside the profile structure, making it much stiffer than standard plastic profiles.
Bench Warsaw
A composite made from a combination of used textiles and plastic waste, in which textile fibers act as reinforcement inside the profile structure, making it much stiffer than standard plastic profiles.
Garden Bench
A composite made from a combination of used textiles and plastic waste, in which textile fibers act as reinforcement inside the profile structure, making it much stiffer than standard plastic profiles.
Garden Table
A composite made from a combination of used textiles and plastic waste, in which textile fibers act as reinforcement inside the profile structure, making it much stiffer than standard plastic profiles.
Flower pot
A composite made from a combination of used textiles and plastic waste, in which textile fibers act as reinforcement inside the profile structure, making it much stiffer than standard plastic profiles.
Bench with 2 flower boxes
A composite made from a combination of used textiles and plastic waste, in which textile fibers act as reinforcement inside the profile structure, making it much stiffer than standard plastic profiles.
Flower pot
A composite made from a combination of used textiles and plastic waste, in which textile fibers act as reinforcement inside the profile structure, making it much stiffer than standard plastic profiles.
