Why choose AGP Steel for connection design?
- Our expert in-house team can deal with the whole process including steel connections calculation
- Our focus is always on precision and efficiency
- Our highly trained engineers reduce errors that result in unwanted consequences
- Outsourcing to us saves time and money
At AGP Steel we pride ourselves on a quick, cost-effective and easy to understand connection design service for all our clients – regardless of whether those connections involve bolted or welded designs or involve more complex and sophisticated structures such as column bases or hollow section interventions.
All our connection designs have the guarantee of further processing via the latest technology in terms of Computer Aided Design (CAD) software which, in turn, allows us to both fully explore and explain projects in detail with clients and deliver a project outline of extremely high specifications.
Our clients currently tend to involve those in the retail, leisure, domestic, public and commercial sectors throughout the UK. This has included a substantial body of work for London Underground, involving steelwork for station offices, walkway bridges, staircases and a concourse at Hoxton train station. We are particularly proud of this £4million Hoxton project since it was – much to our client’s delight – completed well ahead of schedule. Other high profile clients include Carillion, Balfour Beattie and Mansell.
We are aware, of course, that the whole of process of connection design can prove both expensive, time consuming and even slightly baffling for the client. However, utilising our in-house team of engineers we can deliver projects as simply as possible, making sure they are within both a client’s timescales and cost structure. Retaining projects in-house also means we can eliminate any unnecessary delays – the result of which would usually result in a client’s deadlines being missed. Happily, as a company, we never experience this.
To discuss your requirements, please call us on 020 3162 7777 or email us by clicking here.