Showing posts with label SIP panels. Show all posts
Showing posts with label SIP panels. Show all posts
Interior Design
If you are interested in building an energy efficient home, insulation is your top consideration and probably the most important component of the home. The design of the home, and in particular the kind and amount of insulation specified, can have a dramatic effect on the energy efficiency of a home by reducing or eliminating the need for heating and cooling.For this reason, our architectural firm prefers to design homes with Structural Insulated Panels (SIP panels). SIPs, sometimes known as stress skin panels, are made of an insulating foam core with OSB (oriented strand board) bonded to either side. There are two popular types of foam cores – EPS (expanded polystyrene - photo, right), XPS (extruded polystyrene) -- ranging in R-Values from 13 to 40 (R-value refers to a materials ability to resist transferring heat), far above what conventional wall construction with fiberglass or cellulose insulation can deliver.
SIP panels address the efficiency of the home and can be used in any climate. The structural insulated panel enclosure system creates an energy efficient building envelope, keeping your home warm in the dead of winter and cool in the hot summer months. (SIPs were even supplied for the International Science Station at the South Pole, where summer temperatures average minus 20 degrees Fahrenheit!)
A SIP building envelope provides high levels of insulation and is extremely airtight, meaning the amount of energy used to heat and cool a home can be cut by up to 50 percent (visit the Structural Insulated Panel Association website at http://www.sips.org/). Do you have questions about using SIP panels in your project? Let us know!
For information on the importance of ventilation in a SIP panel home, check out these blogs:
Interior Decoration
Structural Insulated Panels (SIPs) are helping homeowners cut their heating bills in half.
Panels are typically installed vertically on the home walls. Panel connections are fastened with splines or cams and then expanding foam insulation is sprayed directly into the remaining space, sealing the connection and creating a continuous thermal insulating wall for the home. (In a timber frame or post and beam home, the panels are wrapped around the exterior of the timber frame.)
Panel wall R-Values differ according to insulation type and thickness, but all are superior when compared to conventional construction. Walls made of 2x material with fiberglass or cellulose insulation have a reduction in R-Value at every stud, but panel walls form a continuous thermal envelope with no reduction in R-Values. This means increased energy efficiency, lower heating and cooling costs and a drastic reduction in drafts in the home.
SIP panels, sometimes known as stress skin panels, are made of an insulating foam core with OSB (oriented strand board) bonded to either side. There are three types of foam cores – EPS (expanded polystyrene), XPS (extruded polystyrene), and urethane (either polyisocyanurate or polyurethane), ranging in R-Values from 13 to 40 (R-value refers to a materials ability to resist transferring heat), far above conventional wall construction with fiberglass or cellulose insulation.
Panels are typically installed vertically on the home walls. Panel connections are fastened with splines or cams and then expanding foam insulation is sprayed directly into the remaining space, sealing the connection and creating a continuous thermal insulating wall for the home. (In a timber frame or post and beam home, the panels are wrapped around the exterior of the timber frame.) Panel wall R-Values differ according to insulation type and thickness, but all are superior when compared to conventional construction. Walls made of 2x material with fiberglass or cellulose insulation have a reduction in R-Value at every stud, but panel walls form a continuous thermal envelope with no reduction in R-Values. This means increased energy efficiency, lower heating and cooling costs and a drastic reduction in drafts in the home.
If reducing your energy costs by close to 50% isn’t enough, SIPs provide other benefits; a healthy living environment, reduced construction site waste, design flexibility, fast installation and reduced labor costs, a finish-ready exterior and superior strength to meet wind and snow loads.
For an estimate on building a green home with structural insulated panels, give us a call or send an email describing your project.
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