Custom-Lock 1.5" is our most
decorative and high profile Snap-Lock metal roofing panel. When you think Snap-On panels or
standing seam metal roofing, and you desire lots of definition, then
Custom-Lock 1.5" is a great choice.
Its easy to install. Just snap it onto the previous panel, and screw
along the integral fastener flange. Nailing or screwing is allowed, but
using wafer head screws is the best way to install this panel. After
applying sufficient screws or nails along the flange for proper wind uplift
protection in you area, you're ready to snap on another panel. "Its just
that easy !"
Coverage = 10.7"
Nominal Width ... 0.892 ft
Lengths = 30" long to 28 Lin Ft Long.
We can produce this panel longer, but handling, pallet or crate fees, and transportation
become issues an installer may face. Also lengths above 28 feet are more
likely to face oil canning distortion risk, and therefore we recommend
our Snap-Lock 1.5" with separate clips for those longer panels. Snap-Lock
1.5" or 1" can be joined to the male or female ends of Custom-Lock
1.5" if your
project only requires a few longer clipped panels.
The Custom-Lock 1.5" high panel creates great shadow lines vertically
about every 11" . For better appearance we recommend 26 gauge or 24
gauge minimum. 24 gauge panels can look sleeker and more contemporary if
you order them with "no" ribs, but we recommend a minimum of our new
"striated" finish to better avoid oil canning appearing on the panels.
A similar panel to this is our "Mega-Lock" panel. The Mega-Lock
is wider at 19" coverage and spreads out the shadow lines. Mega-Lock
usually needs reinforcing ribs on 26 gauge, and its optional (but
recommended) on 24
gauge.
The colour palette that is available is
remarkable.
Check out the
following website ...
cmetals.com
... to view our most popular colours on line.
Certain colours come in
specific gauges only, or sometimes in 24 gauge Kynar finish Galvalume
only. Call our office for additional information, and colour
availability.
When ordering this panel calculate the width of roof required to
cover, and what length each section requires. Divide the width of each
section by 0.892 ft and you'll have the required amount of panels to
order in the length of this section. We can keep the panels together for
each section, and label them if you wish.
For example, if you need to cover 30 lineal feet wide of roof with
17'3" long panels, please divide 30/.892. The answer is 33.63 panels
...so order 34 panels @ 17'3" long. This section of roof will take 586.5
(587 billable)
lineal panel feet of roof to cover the area.
If you want to get fancy, we could make 33 panels @ 17'3" long, and
make you a final panel @ 8" wide. The reinforcing rib may have to
be
eliminated for this last panel if you want it pre-made in this narrower version panel. We cannot form panels narrower than 8" in lengths
that are over 10
feet long. Those ones will have to be manually folded up on edges here
in our factory or
onsite.
For valleys and hips calculate the width to cover on each side of the
valley or hip and what sizes the panels need to start and stop at for
length. Order slightly larger as small cut off waste is better than
panels that are too short. Remember that the shortest panels we can cut
is 30" long.
Allow for metal to drip off the roof about 1.5" minimum where
possible. Also we recommend a metal drip edge with built-on 1.25" or 1.5"
overhang to support the bottom edge and increase wind resistance against
uplift.
For better roofing practice the applicator can fold the edge of the
panel around this eave edge detail if the panels are ordered long
enough ( add an additional 1" plus the length of the drip edge overhang
(1.25" to 1.5").
Our newest feature is our new "notching" service
for our panels. We can pre-cut the panels to size including pre-made
notches. The purpose is to allow for folding up the ends of panels
(boxed up tops of panels under ridges and wall abutments), to more
easily install "Z"-bar top closures without field notching the Z-bars,
and most importantly to allow for folding the panels over the drip edge
without first field cutting the ribs. This will now more easily allow
for improved workmanship methods and provide a better finished and
better looking metal roof system.
To vent the attics of metal Snap-Lock type panels, ridge venting is a
popular method. Check with us for specific instructions. The general
idea is to leave the plywood or strapping back 1.5" from each side of
the ridge and install a "J-Metal" or "Z" metal to support a Cor-A-Vent
X5 Ridge Vent, and to provide an attachment support for the fasteners
when installing the Ridge Cap Flashing above the ridge vent. Always make
sure you allow for the right length of panel to achieve the ridge
venting solution, as well as providing the right drip detail.
We do not recommend the drip edge detail to be flush with the panel
as staining and discoloration of the drip edge flashing and fascia will
likely occur in our climate region. Remember, all the water and rainfall
is evacuating off the roof at this point, and it is important to have
good detailing in this area of the roof. Our "T" shaped metal drip edge
is a good start.
Normally we will palletize the panels, but upon request we can crate
them too for a nominal fee. For long distance transport we recommend
crating.
The Snap-Lock panels can be installed over spaced strapping or a
solid deck. In all cases the metal roofing should be installed over an
underlayment as a minimum for condensation protection. A solid deck
supports the underlayment better, supports foot traffic better, and is
our recommended solution.
See our installation guidelines for more information.
For an extra fee, we can run our metal panels off right on your
jobsite in Southwest BC. Although this would only be needed for overly
long roof lengths, some jobsite situations may make this worth the extra
investment.
A crew will arrive with the machinery and a crane to custom your
order right on the jobsite where the need arises. ( The sizes are still
specified in advance by your installer ). The crew will make a neat pile
of panels as close to your roof as possible. Keep in mind we need a fair
bit of room on the site, and we will need good access, a non-muddy area
for the manufacturing process, and a level site.