
HPL doors coordinated with systems for changing rooms, bathrooms and collective environments
HPL hinged doors are designed for collective environments and high-traffic spaces where durability, reliability and consistency with other furniture systems are essential.
Integration with partitions, lockers, wall cladding and bedroom furniture allows a coherent design approach, simplifying space management and long-term maintenance.

Doors are available in a hinged configuration, with inward or outward opening depending on project requirements and space layout.
Dimensions are customisable to fit different door openings, ensuring proper integration with existing structures and with partition systems for changing rooms and bathrooms.
These characteristics define a technical hinged door designed for frequent use in collective environments such as changing rooms, sanitary facilities and hospitality spaces.
The hinged door leaf is made of 12 mm HPL, a compact and non-porous material particularly suitable for environments exposed to moisture, impact and frequent cleaning cycles.
The frame consists of adjustable aluminium profiles, allowing precise alignment during installation and ensuring long-term stability even in high-traffic environments.
The hinged door is equipped with components designed for frequent use:
Alternative solutions can be evaluated on request, depending on project requirements.
HPL surfaces are available in a range of standard colours, including:
Finishes can be coordinated with partitions, lockers and other furniture elements, contributing to a consistent overall design.
Hinged doors can be configured according to project requirements and installation context, both from an aesthetic and functional perspective.
The adopted construction solutions make hinged doors suitable for environments characterised by frequent use:





HPL hinged doors are suitable for a wide range of collective environments:





We provide technical data sheets, CAD files, and finish catalogs to facilitate every phase of the design process.