Pod construction is defined during design coordination.
Base options:
- Standard concrete base: approx. 2400 kg/m³
- Lightweight concrete option: approx. 1800 kg/m³
- Steel/tubular structural alternatives available where weight restrictions apply
Typical floor build-up examples:
- Standard configuration: approx. 90 mm total floor package
- Walk-in shower / embedded drainage configuration: approx. 110 mm total floor package
Allowances include:
- 10 mm neoprene support pads
- Minimum 5 mm levelling tolerance
All dimensional data is issued in approved-for-construction drawings prior to manufacture.
Other FAQs
What is the weight of a bathroom pod?
Pod weight depends on configuration and structural system.
What site preparation is required?
The site preparation for pod installation requires a level and structurally verified floor slab, with marked neoprene support locations. Recessed installations must be coordinated early in the design phase. Neoprene pads help accommodate minor tolerances and ensure proper alignment with surrounding floor finishes.
How is fire performance managed within the pod and at service interfaces?
Fire performance requirements are addressed during the design development phase in line with the project’s fire strategy. This includes selecting materials that meet specified fire classifications, coordinating service penetrations, aligning with the Principal Contractor’s fire-stopping strategy, and clearly defining responsibilities between the pod manufacturer and building envelope contractor. Sterchele supports compliance by providing technical information and material data but does not act as the fire strategy designer. All interface coordination is completed before manufacturing to ensure dimensional accuracy and regulatory compliance.