26 Vs 29 Gauge Steel Roofing

Home improvement stores offer material as thin as 28 or 29 gauge.

26 vs 29 gauge steel roofing. Most homes in residential areas use 29 gauge metal panels. The gauge of a metal roof refers to its thickness and the higher the gauge the thinner the metal. For instance stainless steel will have a difference in inches than carbon steel. For example a 26 gauge steel panel can range between 0 0179 and 0 0217 inches thick according to a university of north carolina at chapel hill resource.

This means that while a 26 gauge panel from one manufacturer could. These numbers refer to the decimal thickness of the steel and they have a range. The weight of 29 gauge metal roofing may differ though depending on the type of metal that you choose. 29 gauge metal is used on 90 of homes with metal roofs.

For example standard 29 gauge steel roofing made in long panels is about 0 36 millimeters thick and the 26 gauge version is slightly thicker at 0 48 millimeters. The most common gauges for metal roofing are 29 26 24 and 22 gauge. Roughly speaking the difference between the two gauges is about the thickness of a piece of paper. Many homeowners choose to install a 29 gauge roof with trim that is 26 gauge which can be more cost effective than a 22 gauge roof.

29 26 gauge is the thicker metal. For example 26 gauge could be a steel as light as 0179 or as heavy as 0217. To give a perspective on steel thickness differences from 29 gauge to 26 gauge the difference in thickness is 0045 of an inch. Benefits of higher gauges the biggest benefit of having a higher gauge roof is that it is less expensive.

Then it gets even more complicated because different metals have different measuring standards. Most metal roof and metal siding panels on the market are between 20 29 gauge with 20 gauge being the thickest and 29 gauge being the thinnest panels sold. A sheet of 20 paper measures 0038 of an inch. While this is the standard for numerous stamped steel panels in the market that are created to look like slate or shake it is not the norm for true standing seam.