STS Steel-to-Steel Connectors
Ancon STS Connector
The STS system is a compact thermal break, typically used for connecting steel balconies to structural steel frames but is equally suitable for other steel-to-steel applications.
It comprises tension and compression components within a single compact unit, wrapped in polystyrene insulation. Each unit features four A4 stainless steel fixing studs and a thermoset plate at each steel interface.
The system is available in three standard stud sizes to accommodate a wide range of loads. Manufactured to order, the vertical centres of the fixing studs can be specified to suit the exact requirements of the application.
Download the brochure for full product and performance details.
Thermally Insulated Balcony Connectors (PDF, 4.55 MB)
Thermal modelling of a typical STS application showed a reduction in heat loss of almost 50% compared to a direct steel connection. It also illustrated a temperature factor within the limits detailed in BRE document IP1/06 for eliminating condensation risks in buildings of any type, even those with high humidity (0.9).
STS connectors are designed to EN 1993 (Eurocode 3) and CE marked to BS EN 1090 Part 1. The fabricated compression component is supplied in hot dipped galvanised steel as standard but can be supplied in stainless steel on request.
- Thermal plates at each steel interface
- Proven through thermal modelling to reduce heat loss
- Typically reduces heat loss by 50%, compared to direct steel connections
- Bracket fabrication CE marked to BS EN 1090-1
- Variable fixing heights to suit application
- A4-grade stainless steel fixings for enhanced corrosion protection
Following recent fire tests at BRE Global, Ancon is pleased to confirm that its innovative basalt-fibre, low thermal conductivity wall ties, Teplo-BF and Teplo-L, offer 120 minute fire resistance, making them suitable for buildings of any height.
After a string of Awards successes for the Teplo range, the new Teplo-BF low thermal conductivity wall tie has been shortlisted in the ‘Best Innovation in Insulation” category of the 2016 Build It Awards.