Tag Archives: 07 21 00–Thermal Insulation

Metal composite panels with continuous insulation

5 IMG_0108

There are many different metal composite panel (MCP) assemblies with varying strengths. Traditionally, these claddings are simply fastened without insulation to the structural wall, through membrane water-resistive barriers (WRBs) and gypsum sheathing. However, some proprietary MCPs are fastened through continuous insulation (ci) to the structural wall. What advantages can this provide, not only with respect to thermal performance, but also durability and life safety?

Read More

Continuing Education on Continuous Insulation

insulation_application of Sto Therm ci XPS system on a high rise condominium building

Continuous insulation (ci) has been a component of exterior wall assemblies for almost a half-century in North America. By minimizing energy loss caused by thermal bridging and the risk of condensation caused by water vapor diffusion, exterior ci can improve building durability and benefit the environment. However, using rigid foam plastic comes with certain design considerations that must be reviewed early in the design process.

Read More

Continuing Education on Continuous Insulation

continuous - Tom's article 2015 - 5th-&-Alton Shopping-Center

Continuous insulation (ci) has been a component of exterior wall assemblies for more than 40 years in North America and even longer in Europe. It has always been the smart way to design wall assemblies from the standpoint of energy conservation and water management. By minimizing energy loss caused by thermal bridging and the risk of condensation caused by water vapor diffusion, exterior ci can improve building durability and benefit the environment.

Read More

Meeting Efficiency Codes without Compromising Design

Photo courtesy of University of Birmingham

Increasingly stringent building energy regulations force strict thermal performance requirements for building envelopes, while design trends toward creating soaring, iconic monuments of aluminum, glass, and steel. Innovative application of high-performance insulation technologies, including architectural insulation modules (incorporating vacuum insulation panels [VIPS]) and aerogel building insulation blankets, enables architects to meet both demands.

Read More