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Service · Cladding Substructures

Cladding substructure structural calculation

For ventilated facades we calculate the substructure between panel and building: rails, brackets, rivets and screws, anchors and movement points.

Cladding substructure structural calculation
Schematic · Cladding Substructures

Why it matters

Loads travel from panel fixings to rails, brackets and anchors. Aluminium expands considerably; poorly planned fixed and sliding points cause rail stress, rivet failure and noise.

We optimise rail and bracket spacing for panel type, weight and fixing method and check all connections under wind suction.

Systems

  • Aluminium composite panels
  • Ceramic and porcelain
  • HPL and fibre cement
  • Natural stone
  • Metal and perforated panels

Standards

  • EN 1999-1-1
  • EN 1991-1-4
  • EAD / ETAG 034
  • EN 1992-4

Quick quote

Send drawings and the project address; we will define the scope together.

Send project details
Scope

What we check

01

Wind suction

Corner and edge zones.

02

Rails and brackets

Spans, spacing, bending and deflection.

03

Rivets and screws

Tension and shear capacities.

04

Anchors

By wall type.

05

Movement

Fixed and sliding point layout.

What we need

Information for a quote

  • Elevations and panel layout
  • Panel type and weight
  • Substructure system
  • Wall type and insulation
  • Building height and address
What you get

Deliverables

  • Substructure report
  • Rail and bracket spacing
  • Fastener list
  • Fixed/sliding point principle detail
FAQ

Cladding Substructures

What is the most common cladding mistake?

Rails fixed without movement allowance and ignoring increased wind suction at corners. Both are solved by calculation and detailing.

Building with aluminium windows and brick claddingHigh-rise tower with glass curtain wallModern villa with large aluminium windows

Let’s talk about your project

Send drawings, elevations and system information; we will define the scope and timeline and get back with a quote.