Thomas Armstrong - Divisions

 

Partners and Links

Partners and Links


Impact Housing Association, Workington, Cumbria
Impact Housing Association Ltd was formed in 1975 in Cleator Moor, Cumbria. Over the past 25 years, Thomas Armstrong (Construction) Ltd has worked with Impact on Schemes in Cleator Moor, Whitehaven, Workington, Cockermouth, Maryport, Kendal, Ulverston, Boontown and many other locations in Cumbria.
 
In 2000, Thomas Armstrong (Construction) Ltd was awarded the contract to carry out works on the Salterbeck Estate, Workington, which Impact had acquired a year earlier from Allerdale Borough Council. This contract involved demolition, new build housing, refurbishment of existing housing and general environmental/remodelling of the estate. Work continued on this scheme for around 5 years.
 
In 2006, Thomas Armstrong (Construction) Ltd were awarded a 2 year NEET Partnering contract with Impact, to carry out Impact’s Construction works. We continue to work closely with Impact.
 
For further information, please visit their website www.impacthousing.org.uk
 

Thin Joint Technology Ltd, Speke, Merseyside
Thin Joint Technology Ltd are a well established, leading British company which promotes, provides guidance, training and materials for thin joint construction throughout the UK.
 
From the very start of this project, their expert staff were closely involved in advising on thin joint construction, providing training to the Thomas Armstrong Construction Ltd workers and helping to provide a substantial, realistic and compelling case for SIM wall construction.
 
The SIM wall components are provided as a package through Thin Joint Technology Ltd who will work closely with designers and specifiers to create from scratch, or modify existing, designs to meet the Code Level requirements using the simple, cost-effective and repeatable method of thin-joint walls + SIM wall technology.
 
For further information, please visit their website www.thinjoint.com  
 
Enquiries 01207 544214
Find us
 

Visit the Impact Housing website

 

 

Visit Thin Joint Technology website

 


Read the final case study report here


 

 
 
 
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