Eifs Wall Section

Couple this design flexibility with the speed and economy of wall panelization and achieve real cost savings in your project.

Eifs wall section. This is a detail of a balloon framed exterior wall with a stucco finish. The teifsflex system is a class pb eif system qualified for use on noncombustible construction combustible non residential construction and fire resistance rated walls. A complete air barrier system has individual air barrier parts.

Eifs in its current basic form was developed in west germany in the 1960s and introduced in the united states in 1969 by dryvit. This is a detail of an exterior wall finished with eifs at the foundation. Exterior insulation for eifs is typically eps at r 4 inch.

Exterior insulation and finish system eifs is an exterior wall cladding that utilizes rigid insulation boards on the exterior of the wall sheathing with a plaster appearance exterior skin. Face of coping shall extend a minimum of 2 1 2 below upper edge of eifs. Stotherm ci systems integrate the following key elements continuous insulation ci air moisture barrier drainage and a variety of textured finish options to create a superior sustainable wall cladding.

This system is not qualified for use on wood frame residential construction including multi unit. Eifs panels panelized eifs stucco wall systems exterior insulation and finish eifs systems allow designers exceptional flexibility when detailing bold and exciting looks for building exteriors. Intro to eifs exterior insulation and finishing system an air barrier system minimizes the risk of condensation within the building envelope.

Check with underwriters laboratories for specific air water barrier systems. It does this by eliminating mass transfer of warm moisture air into the wall assembly to a cold surface where it can condense. Dwg pdf right click to save these files exterior wall at foundation eifs detail.

Using two dimensional heat flow analysis with thermal bridging effects and average framing factors demonstrates improvements in the efficiency of the fiberglass batt or cellulose in the stud space by decreasing the thermal bridging effects of the framing and the rim joist.