Epro flashing detail-Epro Delta Flashing - 6' | Sunshine Supply Co., Inc.

Gravity is the driving force behind drainage. In general, the sooner water is directed out the better. Sooner, may not always be practical—such as at window openings where draining a window into a drainage space behind a cladding is often more practical than draining them to the exterior face of the cladding. The most elegant expression of this concept is a flashing see Roof to Wall Flashing with Foam Sheathing. Flashings are the most under-rated building enclosure component and arguably the most important.

Epro flashing detail

Epro flashing detail

Epro flashing detail

Epro flashing detail

The roofing squares are locked into a 20 oz. Typical Flashing Joint and End Dam Wherever long runs of copper flashing are required, multiple sheets of copper flashing are used. Copper flashing is locked into Epro flashing detail edge, and extends at least 8" up the wall. Cost per channel call, mail, chat, messaging ,etc. The detail shows the method of flashing the head of a Clare balding gay seam shed roof. Galaxy Sports UK galaxysports1

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A Balcony Waterproofing with Surfacing Assembly. D-5 Flat Grate Drain Flashing. M Gutter Lining Detail. A Landscape Waterproofing Assembly. MM was developed to perform in a wet submerged environment. Skip to main content. March 28, to March 29, E-3 Gutter Edge Flashing. E-2 Drip Edge Flashing. Home Assemblies Waterproofing. A-8 Roof Recovery Assembly. Concrete Decks for Bonded Finish. Over the last two decades, the roofing industry has undergone some major changes, one of which is a growing recognition of the value of roof space other than keeping occupants warm and Epro flashing detail. A Landscape Waterproofing Assembly with Insulation. M Membrane Repair.

Description : Through-wall flashing is used to divert moisture, which has entered the wall, to the outside, before it can cause damage.

  • MM is a special formulation of refined asphalts and synthetic rubbers.
  • A-1 Non-Insulated Waterproofing Assembly.
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Please make payment immediately on buying an item to ensure speedy delivery. Returns In the unlikely event that you are not satisfied with your purchase, we are happy to offer all our customers a refund or exchange for items returned within 30 days of receipt. If the item being returned is for a refund, the postage and packaging costs will not be refunded.

Please note that all products must be returned unused and in the original packaging. We suggest you use a traceable method of shipping as we cannot be held responsible for any lost items. Returns and refunds are usually processed within 72 hours of receipt of goods. You may re-use the original packaging by turning it inside out.

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November 16, to November 17, Home Assemblies Waterproofing. M Membrane Repair. HW-4 Roof Edge Securement. E-2 Drip Edge Flashing.

Epro flashing detail

Epro flashing detail

Epro flashing detail

Epro flashing detail

Epro flashing detail. Quick Links

MM is a special formulation of refined asphalts and synthetic rubbers. MM has been successfully used worldwide by leading architects, engineers and owners on all types of horizontal and vertical structures including plazas, parking decks, planters, tunnels, bridges, mud slabs, foundation walls and roof areas One of the reasons MM has been so successful in the market place is that MM can only be installed by "trained" authorized Hydrotech applicators.

MM is sold direct, not through a distributorship. Skip to main content. Home Assemblies Waterproofing. MM conforms to all surface irregularities and bonds tenaciously to an acceptable substrate i. MM is completely monolithic, no seams! MM is typically installed at mils thick in the Fabric Reinforced Assembly. This is more than three times thicker than most other waterproofing membranes. Thickness is an important benefit in that MM exhibits the ability to self-heal and better accommodate developing cracks in a concrete substrate.

MM detailing is simplified, with triple protection at all critical locations. MM is ideal for dead level installations; no slope required, just positive drainage. MM was developed to perform in a wet submerged environment.

Tunnel Overview. D-1 Roof Drain Flashing. D-2 Scupper Drain Flashing. D-3 Thru-Wall Scupper Flashing. D-4 Plaza Drain Flashing. D-5 Flat Grate Drain Flashing. D-6 Planter Drain Flashing. D-7 Trench Drain Flashing. E-2 Drip Edge Flashing. E-3 Gutter Edge Flashing. J-4 Flashing at Vehicular Traffic Joint. HW-1 Roof Zone Layout. HW-4 Roof Edge Securement. M-3 Door Sill Flashing. M-7 Pedestrian Curb Flashing 2-Ply. M-8 Vehicular Curb Flashing 3-Ply. M Pivot Hinge Box Flashing.

M Butt Joint Flashing - Field. M Stair Tread Nosing. M Membrane Repair. M Membrane Repair with Surfacing. M Gutter Lining Detail.

EPRO - Superior Building Waterproofing & Contaminant Barrier Systems

Description: Copper flashing is used wherever a wall intersects a roof. Such a system usually consists of copper counterflashing and base flashing in conjunction with roof composition flashing or coping. The counterflashing diverts water to the base flashing, which, in turn, diverts it to the composition flashing.

The base flashing is designed to accommodate building movement. It laps the composition flashing at least 4". The composition flashing is extended up a cant strip then up the wall at least 10". Special Conditions: Copper counterflashing may be used in conjunction with copper base flashing and composition base flashing for built-up roofing.

The copper flashing is used over the base flashing to prevent water penetration behind the composition base flashing. The first shows a copper receiver which is laid in the mortar joint between two masonry courses. The counterflashing is locked into the exposed edge of the receiver. The second detail shows a reglet or raggle cut or cast into concrete. The flashing is inserted into this reglet and held by lead wedges. The reglet is then filled with sealant.

The third type of counterflashing is used for exterior wall coverings of several types. The top edge of the flashing is lapped a minimum of 4" by building paper. It is held to the sheathing by cleats spaced 12" O. Wide head nails, spaced 3" O. These nails should not penetrate the flashing. The flashing is simply held by the bottom edge of the wide head.

This detail shows a flashing condition at a vertical wall or parapet. The roofing squares are locked into a 20 oz. The counterflashing laps the base flashing a minimum of 3".

This detail shows how new copper flashing is installed in an existing brick wall. The mortar joint between brick courses is raked at least 2" deep. This forms a reglet similar to Detail 9. The copper counterflashing is inserted into the reglet and held by lead wedges. For Additional Information see: Flashings and Copings - Coping Covers , for similar conditions at parapets and copings. This detail shows the use of copper cap flashing extending over copper base flashing at the intersection of a shed roof with a masonry wall.

The cap flashing is set in the mortar joint between bricks. The lower edge is hemmed and laps the base flashing and is formed to be a snug fit against the base flashing.

The base flashing is fastened to the roof with cleats spaced a maximum of 12" apart. The base flashing laps the roof a minimum of 4". This detail shows an alternate flashing method for the condition in Detail A. The difference is that a copper receiver holds the top edge of the flashing.

This detail illustrates the use of a saw cut to hold the flashing with the aid of lead wedges. The cut is filled with sealant. One of the difficulties using this method is dealing with end conditions, such as inside corners. The lower end of the flashing is hemmed and held by cleats at 12" O.

Another method of flashing a concrete wall is to cast the cap flashing into the wall. The cap flashing is attached to the base flashing by blind riveting.

An alternate base flashing fastening method is to use cleats spaced at 12" O. This detail can be used on either a sloped or a flat roof. This detail can be used for both standing and batten seam roofs. The copper roofing pans are turned up on the vertical wall to form a base flashing extending at least 9" up the wall where they are cleated. Copper flashing, held by a receiver at the top, is locked into a locking strip soldered to the base flashing.

The counterflashing overlaps the base flashing by at least 4". The flashing of the head of a batten seam roof at a wall is shown in this detail. The top of the roof pan is formed into a "bread pan" whose upper edge is just above the finished batten.

Copper flashing is locked into this edge, and extends at least 8" up the wall. A copper receiver holds the counterflashing at its top edge.

The detail shows the method of flashing the head of a standing seam shed roof. Copper base flashing extends at least 8" up the wall to a copper receiver. Flashings and Copings 9. Counterflashing Architecture 9. Through-Wall Flashing 9.

Counterflashing 9. Coping Covers 9. Ridges and Hips 9. Valleys 9. Changes in Roof Slopes 9. Gravel Stops and Fascias 9. Stepped and Chimney Flashings 9. Roof Penetrations 9. Dormers 9. Eave Snow Flashing 9. Eave Conditions 9. Roof Area Divider 9. Counterflashing Description: Copper flashing is used wherever a wall intersects a roof. The minimum recommended weight for copper coping and counterflashing is 16 oz. Typical Counterflashing Methods There are many ways to attach and seal copper counter-flashing.

Three typical methods are shown. Download CAD File The third type of counterflashing is used for exterior wall coverings of several types. Download CAD File. Vertical Wall Flashing This detail shows a flashing condition at a vertical wall or parapet. New Flashing in Existing Brick Wall This detail shows how new copper flashing is installed in an existing brick wall. Wall Intersection at Shed Roof This detail shows the use of copper cap flashing extending over copper base flashing at the intersection of a shed roof with a masonry wall.

Wall Intersection Along Sloped Roof This detail illustrates the use of a saw cut to hold the flashing with the aid of lead wedges. Copper Receiver Cast in Concrete Wall Another method of flashing a concrete wall is to cast the cap flashing into the wall.

Pitched Copper Roof Parallel to Wall This detail can be used for both standing and batten seam roofs. Batten Seam Roof at Wall The flashing of the head of a batten seam roof at a wall is shown in this detail. Standing Seam Roof at Wall The detail shows the method of flashing the head of a standing seam shed roof.

Epro flashing detail