How to Meet Today’s Building Codes with the Right Continuous Insulation

A cutaway drawing of the protective layers of StoTherm ci XPS insulation with  an exterior Lotusan coating.

A cutaway drawing of the protective layers of StoTherm ci XPS insulation with an exterior Lotusan coating.

Many of today’s building designers and owners find themselves contending with the need for an advanced insulated wall cladding that meets the country’s increasingly rigorous IBC building codes such as Title 24, IBC, IECC and ASHRAE 90.1. What they want is efficiency, durability and a flexible range of exterior appearances. Sto’s answer? StoTherm® ci XPS continuous insulation.

StoTherm ci XPS is an integrated, continuous-insulation wall system that is air & moisture-controlled, thermally-efficient and highly durable. It helps cut energy costs, reduces maintenance expenses by extending the building life cycle and adds value by offering designers a variety of aesthetic options thanks to a wide range of decorative and protective finishes available in virtually unlimited colors. It checks all the boxes on today’s exterior specifications requirements list.

You’ll find more specification information on both ARCOM Masterspec Section 072419: Water-Drainage Exterior Insulation and Finish System (StoTherm ci Wall Systems – EIFS) and BSD Speclink-E Section 072400: Exterior Insulation and Finishing System (StoTherm ci systems).

The newly-renovated Nippert Stadium at the University of Cincinnati incorporated StoTherm ci XPS in several of the wall structures.

The newly-renovated Nippert Stadium at the University of Cincinnati incorporated StoTherm ci XPS in several of the wall structures.

StoTherm ci XPS is a highly energy-efficient system thanks to the combination of a fluid-applied StoGuard air & moisture barrier and extruded polystyrene insulation with installation-friendly components that eliminate heat-dissipating thermal bridging from mechanical fasteners and minimizes heating and cooling costs. It requires only one trade to install the entire system, which both cuts the time to build and lowers overall construction costs. And its low allowable deflection value of L/240 compared to L/360 for stucco and L/620 for brick facilitates lightweight construction and produces a lower cost per square foot.

This makes the StoTherm ci XPS system an ideal alternative to stucco and brick systems. Why? Faster, easier installation; high durability with a maintenance-friendly exterior finish that looks great and lasts. The economics are favorable, too; XPS material costs are typically lower than insulated stucco, brick or metal panel.

StoTherm ci XPS is part of StoCorp’s range of continuous insulation systems including EIFS, Stucco, Cement board stucco and Sto Panel (prefabricated) wall systems. The latest news is that the company is now partnered with two of the insulation industry’s leading vendors, Owens Corning and Dow as suppliers for a key component of the StoTherm ci XPS system. This now means that Sto customers will have two options when choosing the durable, high-R-value rigid foam insulation that resists water absorption and significantly contributes to the Sto ci wall.

This development makes it even more apparent that today’s StoTherm ci XPS is a true problem-solver. The news for architects and contractors is that the product now deserves a second look.


The Internet Ushers In a New Age of Building Automation

The Internet of Things (IoT) is revolutonizing building automation.

The Internet of Things (IoT) is revolutonizing building automation.

Mobile technology has taken on a critical role in building automation, but connecting products and systems within a commercial building through what is being called the Internet of Things (IoT) is pushing building automation to the next level. Within the context of the commercial real-estate market, this means using cloud-based computing and networks of data-gathering sensors that allow products within a building to communicate with each other within an interconnected system. The result? Intelligent buildings that can gather data and adapt without human input.

While implementing the latest technology solutions is a given for new construction, the real opportunity lies in intelligently retrofitting existing building stock, especially since it’s estimated that 80 percent of current commercial buildings will still be in use in 2050. It’s not too soon to get smarter about how we’re using them. We need buildings and we need cities, and the more optimized and the better performing they are, the better it is for owners, occupants, our economy and the environment.

There is already a tremendous proliferation of smart, connected devices, products with integrated sensors that input data to the internet themselves, a suite of technology and applications that equip devices and locations to generate information and then connect them all, capturing data and providing instant analysis about building performance.  The Internet of Things is going to accelerate the growth in this building automation market; by 2020, it is estimated there will be as many as 200 billion connected devices across the globe, which translates to roughly 26 smart objects per person. Many of these will be in our buildings.