Metal Pan Systems

Clip In System - S1

Clip In System - S1: Ceiling Overview

‍The metal ceiling clip-in system is suitable for applications that require easy access and frequent revisions.

Specifier's Hit-List
⤷ Finish: PPC in RAL Colours
⤷ Perforation: Available in perforated or non-perforated
⤷ Acoustics: Laminated black acoustic fleece possible, with additional insulation above for NRC up to 1.0
⤷ Dimensions: 600mm x 600mm and 625mm x 625mm modules
‍⤷ Hingeable: Hingeable configuration available

Download Clip In (S1) System Brochure ⤵

Clip In System - S1: Image Gallery

Hook & Lap System - S4

Hook & Lap System - S4: Ceiling Overview

The metal hook & lap system is a classic metal ceiling system that expresses a seamless, purist design intent. It is suitable for office buildings and ceiling designs that include a chilled beam system.

Specifier's Hit-List
⤷ Finish: PPC in RAL Colours
⤷ Perforation: Available in perforate or non-perforated
⤷ Acoustics: Laminated black acoustic fleece possible, with additional insulation above for NRC up to 1.0
⤷ Dimensions: Panel size up to <3500mm long by 1300mm wide (recommended surface area is <3m²)
⤷ Joints: Panels typically butt into each other, creating a minimal hairline join
⤷ Hingeable: Hingeable configuration available

Download Hook & Lap (S4) Brochure ⤵

Hook & Lap System - S4: Image Gallery

Double Hook On System - S7

Double Hook On System - S7: Ceiling Overview

The double hook on suspended metal ceiling system is a flexible, highly functional, and multipurpose solution for suspended ceiling applications.

Specifier's Hit-List
⤷ Finish: PPC in RAL Colours
⤷ Perforation: Available in perforated or non-perforated metal or expanded mesh
⤷ Acoustics: Laminated black acoustic fleece possible, with additional insulation above for NRC up to 1.0
⤷ Dimensions: Panel size up to <3000mm long by 1100mm wide
⤷ Joints: 10mm - 100mm. Minimum recommended gap is 10mm
⤷ Hingeable: Hingeable configuration available
⤷ Specialist characteristics: Security clips are available on request, assisting in applications that either require seismic design or ball impact resistance