NBS Source
List your products
Application

For use within the leisure industry in areas such as:

  • Leisure centres.
  • Gyms.
  • School changing facilities.

Description

Fully framed toilet cubicles.

Features and benefits:

  • Can be used within demanding, wet and changing environments.
  • Vandal and water-resistant.
  • Includes a pivoting foot to accommodate for uneven ground levels.
  • Anti-trap hinges are provided as standard.
  • Can be used within island or freestanding applications, without the requirement for an additional support to the ceiling.
  • Long life expectancy.

Applications:

For use within the leisure industry in areas such as:

  • Leisure centres.
  • Gyms.
  • School changing facilities.

General information
Material

Doors, partitions and pilasters: 12.5 mm compact grade laminate (CGL), with a black core and radiused edges

Fittings: Security-fixed, powder-coated aluminium

Uniclass 2015
Panel cubicle systems (Ss_25_12_60_60)Primary
Specification data - Panel cubicle systems
Product Reference

Olympus Fully Framed Cubicles

Overall size -
Cubicle height

1950 mm

Standard. Includes 150 mm floor clearance.

Other

Insert requirements.

Cubicle depth

2000 mm maximum, insert requirements.

Colour/ Design -
Doors

Consult manufacturer and insert requirements.

Partitions

Consult manufacturer and insert requirements.

Pilasters

Consult manufacturer and insert requirements.

Vertical posts and ironmongery

Polyester powder-coated, RAL

Insert RAL colour requirement.

Accessories/ Other requirements

A range of accessories are available, including waste bins, towel and soap dispensers, and hair dryers. Consult manufacturer for further details.

Standard product features

Material:

  • Doors, partitions and pilasters: 12.5 mm compact grade laminate (CGL), with a black core and radiused edges.
  • Fittings: Security-fixed, powder-coated aluminium.

Digital objects
PlatformCompatibleVersionCertified to
Revit
- 1 2.1
IFC
- 1 2.1
Download now from NBS National BIM Library
Similar products from Concept Cubicle Systems