Ways to grace ice and water shield

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ice and water shield

product description

Elegance ice and water shield self-following material lining is the main film made of two waterproof materials: a strong rubber-treated black-faced rubber, sponsored by a layer of high-thickness cross-covered polyethylene film that is safely covered with non-slip. The rubberized blacktop surface is supported by foldable paper discharge to ensure the quality of its glue. In the construction process, the paper discharge is effectively evacuated, so that the rubber-treated black roof is firmly bonded to the roof deck. Ripcord installed in the glue gives the tool the function of “sorting according to requirements”.

Discover GRACE ice and water shield distributors

Elegance ice and water shield are flexible cushioning materials that can be used on sloping roofs, under precisely connected roof coverings, such as black roof shingles, records, tiles, cedarwood and standing crease metal, Can be brought together in multiple environments (see Constraints for other data).

Elegance ice and water shield are available in different lengths of 3 feet wide. It is also possible to move 75-foot (22.9 m) long films with widths of 7 feet (150 mm), 9 inches (225 mm), 12 inches (300 mm) and 18 inches (450 mm). For project data, see the product data chart.

Highlights and advantages

Seals around the latch – The black rubberized top layer in GRACE ice and water shield films seal the seal around the buckle to prevent spillage caused by water accumulation or wind and rain behind the ice dam.

Better adhesion than the deck-self-adhesive film is firmly bonded to the roof deck without the need for heat preservation or special cement.

The watertight package-the membrane can effectively form a watertight cover without special treatment.

Fixed under all standard sloping roof shingles-GRACE ICE and WATERSHIELD® material lining ensure that under the record, tiles, cedarwood, or metal, just like under conventional black roof shingles.

Reputable — GRACE ice and water shield material cushions are brands of material cushions that have a reputation for more than 35 years and protect roofs from ice dams and wind and rain.

Release cord—split release (available on request) includes making GRACEice and water shield pads easy to use. Use the layer directly in the layer faster, as simple as placing the movie in the detail area (valley, roof window, etc.)

Non-slip safety surface — GRACE ice and water shield self-imitation films have a non-slip safety decorative surface, which can expand the safety of feet and tools.

Re-roof able-unlike the granular surface film, the smooth surface lining of GRACE ice and water shield cannot be firmly fixed under the uncovered roof covering. The Eleganceice and water shield layers can be applied to old GCP self-healing linings in refurbishment applications, which makes the refurbishment materials simpler and cheaper (because there is no need to dismiss the current lining), stable and naturally furnished (due to basic deck Keep it intact, so there is no need to purchase additional wooden floors).

The layers will not split, dry out or deteriorate-GRACE ice and water shield linings are resistant to growth and micro-organisms; keep honest with reliable insurance.

Professional help nearby-Community professional helpers support GRACEice and water shield material protection, ensuring that every application is easy.

Rules of use

Elegance ice and water shield material films are used as bedding on sloped roofs to prevent water from seeping because of heavy rain in the area behind the ice dam or in the wind. The effortless ice and water shield lining can also ensure that sprinkling is guaranteed in difficult locations (such as valleys, windows, windows, projections, and other blazing areas).

Ice dam

Beauty ice and water shield material cushions should be used in connection with roof plans that restrict the development of ice dams. In a cool environment, it is especially critical to provide appropriate protection and ventilation to reduce the size of the ice dam and escape internal buildup. The roof of the church must be ventilated between the subs to take into account the airflow at the edge vents. Ventilated viral roof plans are especially important in elevated areas to reduce the size of ice dams, which may increase auxiliary hazards.

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Some factors will affect the height of the ice dam and the required film inclusions.

Atmosphere-The annual snowfall affects the required film size.

Tilt-At lower inclination, the ice dam will extend farther from the edge of the roof to the inside.

Shadows-Wide shadows will require more film to reach the proper position on the roof.

Protection and Ventilation-The surrounding structure are protected, and the upper part is cooler and the upper part is less ice dam.

Valleys-Any valley framed by projections, such as roof windows or changes in roof routes, may cause more vacations to get stuck because of larger ice dams.

Introduction-Introduction or concealed areas in the north will generally add larger ice dams. Although the canal can simplify the start of ice dams, huge dams can occur on roofs without drains. Spraying snow from the edge of the roof or introducing thermal connections may not prevent the placement of the ice dam, but may move the area of ​​the ice dam. Under certain conditions, dams can form on the edge of the rest of the day. The necessity of consultation on the standard of neighborhood construction should be clearly stated.

Establishment procedure

Surface treatment

GRACE ice and water shield liners are introduced directly on the perfect, dry, continuous auxiliary platform. Some suitable deck materials include pressed wood, wood placement, planks, metal, cement, and gypsum jackets. Before coating, remove dust, dirt, free nails, and old roofing materials. The expansion of the deck area must be excluded. There will be no voids, injured or unsupported areas on the deck. The boards should be firmly docked together. Before introducing this movie, please correct the differences in the deck area. (When used on a wooden deck, except technical letter 5, chemical compatibility).

Use PERM-A-BARRIER WB PRIMER to prime solid, stone work surfaces and DensGlassGold®. If the accessories are considered to be negligible, use PERM-A-BARRIER WB PRIMER primed wood and gypsum sheathing (in addition to technical letter 12, it can also be used on OSB roof sheathing). Use PERM-A-BARRIER WB PRIMER at a speed of 250-350 square feet per woman (6-8 square meters per liter). Since other suitable surfaces are dust-free and dry, no preparation is required.

Movie installation

Use GRACE ice and water shield pads in a reasonable climate when the temperature of the air, roof deck, and film is 40 ° F (5 ° C) or higher. Apply roof covering at 40 ° F (5 ° C) or higher.

Cut the film to a length of 10–15 feet (3–5 m), and then roll freely. Peel back 1-2 feet (300-600 mm) of the discharge liner, adjust the film, and continue to peel the discharge liner from the layer. Use an overwhelming hand to press the film. The side overlap must be at least 3.5 inches (90 mm) and the end overlap must be at least 6 inches (150 mm). For the bottom and edge applications, peel off the release liner, focus the sheet on the bottom or edge, wrap and press set. Work towards each path from the focal point or edge of the valley, starting from the depression and stirring the roof.

On the other hand, starting from completely moving the film, unfold the 3–6 feet (1-2 m) layer to secure the discharge liner. Adjust the film and move the desired layer application method. Carefully cut the drain liner carefully during lateral movement to avoid cutting layers. Peel the drain liner approximately 6 inches (150 mm) using another method of planned coating to reveal the dark glue. Hold the discharge liner with one hand, and then pull along with the discharge liner along the deck to make the applied layer disappear. The other hand exerts pressure on the highest point of the paper roll. Always stop to press the film with an overwhelming hand. After the winding is completed, return to the beginning, rewind, and pull the remaining output paper from the material to complete the setting.

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For the progressive layer route, use the scribe line on the outside of the film to adjust the edge of the discharge liner to complete the 3.5-inch (90 mm) side overlap.

A large amount of material practice is carried out steadily so that all the loops are introduced to the film with water flowing. From low-lying places to high-use roofs continue to work. Before applying the layer to the roof, first, apply the film in the valley. According to the overhanging situation, continue to use the film on the roof. The layer can be introduced vertically or uniformly.

On the other hand, starting from completely moving the film, unfold the 3–6 feet (1-2 m) layer to secure the discharge liner. Adjust the film and move the desired layer application method. Carefully cut the drain liner carefully during lateral movement to avoid cutting layers. Peel the drain liner approximately 6 inches (150 mm) using another method of planned coating to reveal the dark glue.

Hold the discharge liner with one hand, and then pull along with the discharge liner along the deck to make the applied layer disappear. The other hand exerts pressure on the highest point of the paper roll. Always stop to press the film with an overwhelming hand. After the winding is completed, return to the beginning, rewind, and pull the remaining output paper from the material to complete the setting.

For the progressive layer route, use the scribe line on the outside of the film to adjust the edge of the discharge liner to complete the 3.5-inch (90 mm) side overlap.

A large amount of material practice is carried out steadily so that all the loops are introduced to the film with water flowing. From low-lying places to high-use roofs continue to work. Before applying the layer to the roof, first, apply the film in the valley. According to the overhanging situation, continue to use the film on the roof. The layer can be introduced vertically or uniformly.

FAQ-

Should I put ice and water shield on my entire roof?

Should you install an ice water shield? You can (and in my opinion) insist on installing ice and water shields on the entire roof, especially if you know that your house is prone to ice dam leakage. Just be prepared to push down from the roof.

How does ice and water shield work?

How does the Ice Water Shield work? … the ice water shield acts as a gasket around each nail hole, forming a waterproof barrier without any leakage. If water falls under shingles, it will stay on top of the ice and water cover and flow down from the roof that belongs to it.

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