Projects

Supporting high-strength, secure road and bridge construction – from long-span crossings to pedestrian footbridges.
Roads & Bridges

Facilitating rapid, quality-assured and architecturally ambitious school and university construction
Education

Providing strength, stability and lifelong performance for large-scale energy infrastructure projects
Energy

Ancon fixings enable faster, safer construction and reduced disruption for healthcare building projects
Health

Quality-tested concrete and masonry fixings for a wide range of industrial applications
Industrial

From the core to the cladding, Ancon fixing systems support ambitious multi-storey office construction projects
Offices

Innovative, reliable fixing and support systems bring visionary residential building designs to life
Residential

Connecting and supporting floors, walls and cores in large-scale shopping centre developments
Retail

High-performance fixings for masonry and concrete repair, maintenance and improvement
RMI

Ancon fixings are essential components in landmark sports and leisure projects worldwide
Sports & Leisure

Ancon products deliver the strength needed for demanding concrete road and rail tunnels
Rail & Tunnels

Ancon steel fixings provide long-life strength and stability in water treatment works
Water
Latest News
Catch up on the latest developments from Ancon
Continuous product improvement results in quicker and easier install for the Ancon Teplo-Tie
Installation of Leviat’s Ancon Teplo-BF low-thermal conductivity wall ties is now quicker and easier following continuous product improvement and development. As a popular product in energy efficient construction, the reduction in material wastage is an added benefit.
Christmas Shutdown
Our offices will close on Thursday 23rd December and reopen on 4th January 2022.
Leviat to exhibit at London Build 2021
The latest innovative product developments from each of Leviat's established and trusted connecting, fixing, and anchoring brands will be showcased on our stand at London Build 2021.