Sto is internationally renowned for producing innovative, environmentally friendly, durable products for the building industry. Sto was the first company to introduce into the European market crack-resistant synthetic resin renders and external wall insulation systems. Today’s extensive product ranges include StoRend external synthetic render
systems, StoTherm external wall insulation systems, StoSilent seamless acoustic
and chilled ceiling systems, StoDeco architectural profiles, decorative interior finishes including paints and StoVerotec rainscreen cladding systems.
2 Gordon Avenue
CPD booking contact
Ms Miriam Brown
Tel: +44 (0)1256 332770
Approved CPD materials
External Wall Insulation - Exceed Part L Building Regulations
External wall systems offer an understanding of a different method of thermally cladding a building whilst enabling complete flexibility of design for buildings. You will also understand the breadth of finishes to be able to better specify materials for new build, renovation, listed buildings, etc.
External Renders Using Advanced Technology
This STO seminar will offer the specifier an understanding of the different external renders on the market, and the advantages each gives to the architect, client and the buildings. You will also understand substrates and their functions so you are able to design the external finish in a way that will help maintain the building for as many years as possible.
Acoustic Ceiling Board and Panel Systems
Acoustic linings can be used to control sound in atria, conference rooms, swimming pools and rooms where control of air borne sound is crucial. This seminar will discuss these applications in more detail.
Achieving Acoustical excellence with suspended ceilings
Acoustical ceiling boards and panel systems aims to advise architects and others that there are alternatives to providing balanced acoustics without having to resort to modular ceilings. Whether the terminology is "seamless" "jointless" or "monolithic" these terms all relate to current thinking when looking at internal linings on building design, without compromising acoustics.