Figure 1 Common Drip Edge Profiles Construction Canada

Figure 1 Common Drip Edge Profiles Construction Canada Figure 1 – common drip edge profiles. february 5, 2015 992 × 252 the effectiveness of different drip edge designs. next image. The drip edge is the leading edge of a flashing, sill, overhang, or other linear, horizontal building . element designed to shed water away from the surfaces below. common drip edge locations include: windowsills; window head flashing; parapet, post, or railing cap flashing; through wall flashing at masonry relieving angles; and.

Figure 1 Common Drip Edge Profiles Construction Canada Table 2 shows that of all the 90° drip edge tests, the specific drip edges that collected the most water were a 12 gauge 90° hemmed at both 20 mm (0.8) and 45 mm (1.8) overhang distances. a drip edge of 12 gauge metal, with a 90° angle, with an unhemmed edge showed reduced wetting as compared to the same profile with a hem. Drip edge fastening interval: 12". typical drip edge metal thickness: steel: 0.010" & 0.013", aluminum: 0.012", 0.019" & 0.024". but roof drip edge is available in nearly fifty different profiles, sizes, and shapes to meet the requirements of different roof types, slopes, and other roofing needs. The larger 1.8 inch (45 mm) drip edge overhang had greater measured water shedding capability when compared to the 0.8 inch (20 mm) overhang in every test but one. adding a 45° kickout also increased the percentage of water shed from the drip edge compared to the 90° vertical drip edge. Type d drip edge is shaped like a t and extends further away from the roof than type c. type d is slightly more expensive at $1.00 to $1.50 per linear foot, but is applicable to many roof types.

The Effectiveness Of Different Drip Edge Designs Construction Canada The larger 1.8 inch (45 mm) drip edge overhang had greater measured water shedding capability when compared to the 0.8 inch (20 mm) overhang in every test but one. adding a 45° kickout also increased the percentage of water shed from the drip edge compared to the 90° vertical drip edge. Type d drip edge is shaped like a t and extends further away from the roof than type c. type d is slightly more expensive at $1.00 to $1.50 per linear foot, but is applicable to many roof types. The primary function of a roof drip edge is to prevent moisture from infiltrating beneath the row of shingles closest to the roof’s eaves. this channels water away from the fascia into the gutter. without a drip edge, precipitation can seep behind the gutters, running down the fascia into the soffit boards. this results in water damage to. Drip edge profile types. there are three basic profiles of drip edge flashing, but each goes by more than one name, which can be confusing. type c: this is the classic “l” shaped drip edge, sometimes called “l style.” this drip edge is bent to a 90 degree angle and has a lower flange at the bottom.

Roof Drip Edge Sizes The primary function of a roof drip edge is to prevent moisture from infiltrating beneath the row of shingles closest to the roof’s eaves. this channels water away from the fascia into the gutter. without a drip edge, precipitation can seep behind the gutters, running down the fascia into the soffit boards. this results in water damage to. Drip edge profile types. there are three basic profiles of drip edge flashing, but each goes by more than one name, which can be confusing. type c: this is the classic “l” shaped drip edge, sometimes called “l style.” this drip edge is bent to a 90 degree angle and has a lower flange at the bottom.

Roof Drip Edge Dimensions Sizes Profiles Metals Thicknesses