Energy
Integrity, quality assurance and traceability for sensitive projects
Energy
Integrity, quality assurance and traceability for sensitive projects
The applications for Ancon steel fixings in the energy industry are varied and challenging.
From connecting reinforcement steel in the huge concrete foundation rafts of gas-fired power stations and wind turbines, to the primary reactor confinement areas of nuclear power stations and vast concrete holding tanks on new energy-from-waste plants. Our product integrity, quality control and full traceability are particularly valued for sensitive projects, such as nuclear power plants.
Related Products
The Ancon CTT range of tapered-thread couplers has been designed for use where cryogenic-grade reinforcing bar is being used.
Cryogenic Couplers
Leviat is a manufacturer of Ancon specialist products and has a wealth of experience in working with a range of types and grades of stainless steel.
Stainless Steel Fabrications
Latest News
Catch up on the latest developments from Ancon
Leviat Appoints its First Ever Environmental & Sustainability Engineer
Jess Marsh is at the start of her career as Leviat’s first ever Environmental and Sustainability Engineer based at the world-leading construction accessory company’s UK head office in Sheffield. She is looking forward to supporting Leviat on its journey to a net zero future.
Ancon 500 Tension System renamed to Halfen Detan-D
As a future-oriented, innovative company Leviat focuses on the ever-changing requirements of the industry, and our latest development combines the portfolio of Ancon and Halfen Tension Systems to ensure we meet the individual requirements of our customers.
Leviat takes a stand for sustainability with ground-breaking engineered products at Futurebuild 2023
Materials, products and services define how our world is built and is why Leviat is gearing up to sponsor and showcase an incredible line-up of innovative solutions from its world leading range of connecting, fixing and anchoring products at Futurebuild 2023.