Abstract: A seating arrangement in a vehicle compartment and particularly in an airplane cabin, includes a cabin floor with a carrier structure underneath, with at least two passenger seats, which are separated from each other by a gap. The seats include a table device in front of each seat, including a table top that can be folded down, wherein each seat includes a seat frame, which is connected to the carrier structure beneath the cabin floor of the airplane cabin, a seat cushion that is connected to the seat frame, and a backrest that is connected to the seat frame. In order to allow for a flexible and generous distribution of the seats in the cabin for the travel time and a pleasant ambiance for eating a meal together, the table device includes a table base, which is connected to the carrier structure beneath the cabin floor and is arranged such that it is generally located at the same distance from the seats of a group of seats and the table top of the table device is in front of both seats when folded down.

Abstract: Use of water redispersible polymer powders stabilized with a protective colloid as a thermoplastic binder for natural particulate materials allows thermoplastic processing such as extrusion, without formation of bubbles due to moisture present, and while maintaining physical properties.

Abstract: The invention relates to seating for a vehicle cabin and more particularly an aircraft cabin which has a cabin floor (2) with a support structure underneath, having: at least two seats (1, 18) for passengers which are separated from one another by an interspace, and with a table unit (7, 8) in front of each of the seats which has an unfolding table top wherein each seat comprises: a seat frame (3; 19) which is fixed on the support structure (20) underneath the cabin floor (2) of the aircraft cabin, a seat cushion (4; 21) which is fixed on the seat frame, a backrest (5; 22) which is fixed on the seat frame.

Abstract: Use of water redispersible polymer powders stabilized with a protective colloid as a thermoplastic binder for natural particulate materials allows thermoplastic processing such as extrusion, without formation of bubbles due to moisture present, and while maintaining physical properties.