A container for sterilising objects, includes: a hollow body with mainly longitudinal development and closed at one end by a bottom, the hollow body being provided at the opposite end with an opening in proximity to which there is a first connection area; a substantially tubular body provided, in proximity to its ends, respectively with a second and a third connection area, each one of which is suited to be alternatively coupled with the first connection area of the hollow body. The container furthermore includes a shaped cover provided, at the level of its inner side walls, with a fourth connection area suited to be coupled with one of the connection areas of the tubular body and with the hollow body; a support is arranged inside the tubular body and in proximity to one of its ends, the support being configured so as to support one or more objects to be sterilised; a maximum pressure valve applied to the hollow body.

The present invention relates to a collapsible corrugated plastic barrel designed for efficient storage, packing, and transportation of various goods. The barrel features a cylindrical body made from corrugated plastic, a base portion, a top portion, and a detachable lid. The corrugated structure allows the barrel to collapse inwardly towards the base for compact storage when not in use, significantly reducing storage space and transportation costs.

Constructed from high-density polyethylene (HDPE), the barrel offers durability, impact resistance, and chemical resistance. The design includes features such as Stackability forklift entry points, and ergonomic corrugation for easy handling. The barrel is also recyclable and exempt from ISPM 15 regulations, making it an environmentally friendly solution for various industries.