Industrial
Fixing and support systems for industrial buildings on any scale
Industrial
Fixing and support systems for industrial buildings on any scale
Concrete and masonry construction in the industrial sector can take many forms. Many large warehouses and other steel-framed structures require heavily loaded concrete floor slabs.
Products such as Ancon reinforcing bar couplers help to reduce rebar congestion at slab joints, facilitating faster, more efficient concrete pouring. Ancon masonry supports, wall ties, windposts and restraint systems are integral to any areas of brick or blockwork.
Related Products
Lapped joints are not always an appropriate means of connecting rebar.
Reinforcing Bar Couplers
Concrete structures are designed with expansion and contraction joints to allow movement to take place.
Shear Load Connectors
In addition to the supply of structural fixings, Ancon is a leading supplier of stainless steel sections and flooring.
Sections & Flooring
Ancon is an ASSDA accredited specialist fabricator and has a wealth of experience in working with a range of types and grades of stainless steel.
Special Fabrications
Latest News
Catch up on the latest developments from Ancon
Ancon unveils new company and brand logos
Ancon is proud to announce the launch of its new company and brand logos as part of its on-going evolution.
2016 NZ Bridges Summit, 1st-2nd November, Auckland
Ancon is exhibiting at the 2016 NZ Bridges Summit on 1st - 2nd November in Auckland. The conference is endorsed by the NZ Transport Agency (NZTA) and we will be showcasing our BT range of threaded reinforcement couplers, our MBT range of bolted couplers and various Lifting Systems including our brand new EdjPro Narrow Anchor system.
Ancon introduces batch testing for BT Coupler System in New Zealand
Having recently identified issues with the performance of some batches of reinforcing steel supplied to us, we have introduced batch testing for all reinforcement used in combination with our BT coupler system in New Zealand to ensure compatibility.