Knauf Ceiling Solution® AXONIS Ceiling Solutions
AXONIS Ceiling Solutions
AXONIS Profiles are available in four heights, ranging from 50 mm to 150 mm, and can be installed with or without AXONIS corner posts, along with universal accessories for secure and easy installation. The profiles can be used as a framework for floating ceilings, for finishing upper and lower shelves, or for concealed lighting solutions.
AXONIS Transitions create a seamless transition between plasterboard shelves and all types of suspended grid systems. Five section options are available to accommodate various edge details.
AXONIS Perimeter Trims are available for both drywall and standard solutions. Easily create a unique, seamless ceiling finish by combining perimeter trims with any AXONIS transitions or profiles.
Peculiarities
Pre-engineered aluminum trims, transitions, and profiles.
A quick and cost-effective way to choose attractive and functional ceiling elements.
Additional features
All standard interior ceiling applications / Level changes / Lighting functions
Physical characteristics
Material: Aluminum
Surface Finish: Powder Coated
Color: White (similar to RAL 9003)
Additional colors available upon request
AXONIS Profiles assembled – outside / inside view
Inside view
Description
- Pre-engineered aluminum trims, transitions and profiles
- A quick and economical choice of attractive and functional ceiling elements
- Fully compatible with Knauf Ceiling Solutions suspended systems
- All products are available in white as standard to suit standard 15mm and 24mm grilles.
- Suitable for all materials (Mineral, metal, mesh, wood, wood chips)
KM0 (NG) / KM1 (G1, V1, D1, T1)
CleaningDry cloth
CleaningDamp cloth, damp sponge
AXONIS Profile 50mm
AXONIS Profile 100mm
AXONIS Profile 150mm
AXONIS Profile 112mm
AXONIS Transition for Tegular 15/ Tegular 24
AXONIS Transition shadowline angle
AXONIS Transition for Vector tiles
AXONIS Transition angle
AXONIS Transition shadowline T24 (RAL 9010)
AXONIS Perimeter angle
AXONIS Perimeter plasterboard trim
