Building advice from over 30 years of experience. www.regalclassichomes.com
Monday, August 31, 2015
What Issues Give Experienced Home Builders Pause, When Constructing Your Home?
Sunday, August 30, 2015
What Type Of Hardwood Is Best If You Have A Dog?
Thursday, August 27, 2015
What Material Should I Use For My Porch Ceiling?
Tongue-and-Groove PVC Beadboard
The new ¾-inch tongue-and-groove beadboard from Kleer [3] replicates wooden beadboard in thickness, with reduced thermal expansion and contraction. Ideal for soffits and ceilings, the cellular PVC product can be cut, milled, shaped, nailed, and screwed like wood. It delivers versatility and weatherability for exterior and interior applications and doesn’t require paint for protection or to retain color.
Saturday, August 22, 2015
Homeowners Ask, When Can I Move Into My New Custom Built Home?
Friday, August 21, 2015
Can You Help Me Design My Custom Home?
Friday, August 14, 2015
What Orientation To The Sun Is Best For My New Custom Home?
What's The Hottest Design Trend With New Custom Homes?
Miles of Tiles
New state-of-the-art manufacturing and printing techniques have resulted in much more intriguing and versatile tiles.
Gone are the days when tile was relegated to floors, bathrooms, and the occasional fireplace. New state-of-the-art manufacturing and printing techniques have resulted in a much more intriguing product.
“Tile is not just about ceramic, glass, and stone,” says DeeDee Gundberg, director of product development for Ann Sacks, in Portland, Ore. “Leather, concrete, wood, metal, and quartz are all interesting materials. Mixed media also can be done in a variety of combinations that create unique looks.”
These reimagined tiles can enhance the architecture of a room and even replace art as a focal point. And it’s grown far beyond its conventional boundaries. “A splash is not just a splash anymore,” says interior designer Lita Dirks, CEO of Lita Dirks & Co., in Greenwood Village, Colo. “Sometimes the tile grows into an entire wall, or the backdrop of the rangehood, or the wall surrounding the kitchen window.”
Super-sized tile
Bigger is better. “Aesthetically, the size format has doubled,” says Barbie Kennedy, principal of Barbie Kennedy Designs, in Palm City, Fla. “Porcelain tiles as big as 5 feet by 7 feet can be used for shower installations with minimal grout lines, and for seamless countertop applications.”
In addition to the standard 3-by-6-inch format, the ever-popular subway tile is now available in 3-by-12-, 4-by-8-, 8-by-16-, and even 9-by-18-inch sizes. Longer, taller tiles are sometimes arranged vertically for impact.
“It used to be common to do a kitchen backsplash with 4-by-4-inch tile,” says John Petrie of Mother Hubbard’s Custom Cabinetry, in Mechanicsburg, Pa. Petrie, who is immediate past president of the National Kitchen & Bath Association, says that the 4 by 4 is rare today: “[It might be] 18 inches, or 12 by 24 inches, or 24 by 36 inches.”
Varied shapes, colors, and locations
Tiles in various, sometimes exotic, shapes—Moroccan or arabesque, penny round, large hexagon, chevron—are popping up more frequently, and vintage looks such as the classic black and white hexagons have become more modernized with larger formats.
Metallics are also creeping back into the tile marketplace. “There was a time when metallics seemed sort of ’90s,” says Alena Capra, owner of Alena Capra Designs, in Dania Beach, Fla. “But [now] I see them in a lot of mosaics and glass. Gold tones are popular as well as chrome, pewter, and platinum.”
Tile is showing up in new locations as well. No longer relegated to wet environments, it’s now seen in vestibules, molding insets, art niches, and on TV walls, “taking tile products beyond the bath and putting them in non-wet environments,” Kennedy says.
Porcelain is ascendant
Buoyed by the introduction of such products as wood-look planks and thinner tiles, porcelain is reaching critical mass. “It’s going to keep getting better because wood flooring never goes out of style,” Capra says. “As much as we love real wood, it’s great to have these low-maintenance porcelain alternatives.” And thin porcelain tile can be installed over an existing floor or used as cladding.
Wood-look porcelain is so realistic that even professional designers can’t tell the difference. Available in planks up to 12 by 48 inches, wood-look porcelain often replaces real wood floors because of its durability, making it an ideal choice for kitchens and other high-traffic areas. It has also become popular for secondary bathroom floors. And in warm, humid climates, a wood-plank porcelain floor is much more practical than the real thing.
Manufacturers can now reproduce images of natural stone on the face of porcelain with minimal repetition, creating the look of nature without the upkeep. “It looks like limestone or marble or slate,” Petrie says, “but you have all the benefits of porcelain—it’s nonporous, extremely durable, and requires less maintenance than natural stone.” PR
Wood-look porcelain on the floor and in horizontal bands on the wall creates drama in this bath. Large porcelain tiles were used on the wall and tub surround.
The niche in this kitchen backsplash has a mosaic-tile design that makes it pop out of the surrounding white subway tile. The shelf in the niche is made of the same granite as the countertops.
Links:
[1] http://www.proremodeler.com/building-materials
[2] http://www.proremodeler.com/remodeling-design
[3] http://www.proremodeler.com/flooring
[4] http://www.proremodeler.com/kitchen-and-bath
www.regalclassichomes.com
Thursday, August 13, 2015
Should I Choose A Concrete Drive and Walkway Or Pavers?
Wednesday, August 12, 2015
How Quickly Can My Builder Construct My New, Custom Home?
Tuesday, August 11, 2015
A Builder’s Test, How To Quickly Determine The Quality Of A New Home?
Monday, August 10, 2015
What's A Blower Door Test & Why Should My Builder Perform On My New Home?
What’s All That Green Board I See On The Outside Of New Homes?
Sunday, August 9, 2015
How To Select Energy Efficient Windows?
What’s In A Label?
The Energy Star label helps sell windows, but the criteria used to determine those ratings on that label have changed
Remember when all a window had to do was fill a hole in the wall and look reasonably presentable? Actually, to get technical about it, the window is the hole and not what you put in it, or at least that was the understanding for most of its history [4].
Human dwellings, at least in temperate climates, initially had few if any holes in the walls, except the one you used to come in and out. But light was needed and someone somewhere along the way began building walls with holes in them.Someone else figured out how to fill those holes with animal skins, scraped and stretched to a semi-translucent state, or in some cultures, paper. The use of glass goes back to Mesopotamia in 3,500 BC, but the Romans were the first to put it in windows, with frames of wood, iron, or lead.The building product we refer to as a “window”—what goes in the hole, rather than the hole itself—first came into widespread use in England in the early 17th century.
The Hole Thing
But a window is still a hole, and a “thermal hole” at that. It’s one of those places in the building where energy leaves or leaks. And it’s a biggie. Some research from a dozen years back suggested that even the most efficient windows are nowhere near as effective as a well-constructed wall in retaining energy. “Most windows are ten times less energy efficient than the wall area they replace,” wrote Paul Fisette, in Windows: Understanding Energy Efficient Performance [5] in 2003.
What’s changed? What Fisette says about how windows work or don’t work when it comes to energy in the home remains true, but the difference is that today’s windows are better, meaning more efficient.
That efficiency is measured by the National Fenestration Ratings Council [6], a non-profit organization. The NFRC is, in its own words, “the only uniform, independent rating and labeling system for the energy performance of windows, doors, skylights and attachment products.”
The organization uses two criteria when determining window performance: U-Factor and Solar Heat Gain Coefficient. (See "How To Read the NFRC Label [7]," which explains criteria on a label and shows consumers how to interpret what’s there.)
The Environmental Protection Agency uses NRCA ratings to award certain window products its Energy Star and its even more sought-after “Most Efficient” categories. A dozen years ago, when Fisette’s article appeared, Energy Star qualification criteria [8]ranged from a U-Factor of 0.30 in Northern Climate Zones (roughly half of the U.S.) to 0.60 in the Southern Zone.
Fast forward to today, when changes in the window assembly, insulation, and glass have caused the EPA to up the ante onEnergy Star qualifications, as noted by Ohio manufacturer Sunrise Windows on its blog [9]. Also, view a webinar on Energy Star 6.0 [10], courtesy of Quanex Building Products.
Energy Obsessed
Does it make that big a difference? Micro and macro, the answer is yes. The potential effect is huge. Commercial and residential buildings account for about 40% of U.S. energy consumption. Those buildings make up the largest piece of the total U.S. energy consumption [11] pie chart, consuming more energy even than manufacturing. So if millions of windows were replaced with window units more efficient by a third, or better … well, to get an idea, you can view an EPA chart [12] that shows how much would be saved, on average, by replacing a single-pane glass window or even double pane clear glass replacement windows with today’s more efficient window units.
Now imagine today’s double pane windows, which with gas insulation, coatings, etc. are that much more efficient.
Homeowners are not indifferent to this argument. They want a more comfortable house and a lower energy bill. The Energy Star "Partner Resource Guide [8]" cites 2012 survey data showing that when homeowners bought a particular window brand because of label or product claim, the largest number—45%— did so because it was Energy Star Certified. That probably doesn’t mean they could explain the specifics behind that label right off the bat, or what something called “fenestration” is. What it does mean, though, is that they care a lot about how well that window will retain energy.
Links:
[1] http://www.proremodeler.com/energy-efficiency
[2] http://www.proremodeler.com/green-products
[3] http://www.proremodeler.com/windows
[4] https://en.wikipedia.org/wiki/Window
[5] http://bct.eco.umass.edu/publications/by-title/windows-understanding-energy-efficient-performance/
[6] http://www.nfrc.org/about.aspx
[7] http://www.nfrc.org/WindowRatings/The-NFRC-Label.html
[8] https://www.energystar.gov/ia/partners/manuf_res/downloads/PartnerResourceGuide-LowRes.pdf
[9] http://www.sunrisewindows.com/blog/2014/11/12/2015-brings-stringent-requirements-energy-star-windows-doors/
[10] http://marketing.quanex.com/acton/form/5022/001e:d-pp-002d-u-0026/1/-/-/-/-/index.html
[11] http://needtoknow.nas.edu/energy/energy-use/
[12] https://www.energystar.gov/index.cfm?c=windows_doors.pr_savemoney
Window-Shopping: Efficiency Is the Incentive
Window-Shopping: Efficiency Is the Incentive
As window products get better and better, standards go up. Count on some homeowners to know about it
Ever hear that joke about the blonde who purchased new windows? When, a few months later, the company called, inquiring why she hadn’t paid the invoice, she explained that the salesperson had told her the windows paid for themselves.
I know, I know. But really “the blonde” was simply guilty of taking the window company’s promises at face value. Selling windows circa 2005, this was the pitch: “These windows are going to reduce your heating and cooling bills by 50 percent.” So, for example, if your heating/cooling/electricity bills were $300 per month, that would, homeowners were assured, drop to $150, and the monthly payment on the windows—let’s say $280—would really only be about $130. And the kicker: “When you think about it, you’re shelling out the money for these windows whether you own them or not.”
So What Do You Sell?
I worked for a company once that sold a German window. Great product. And they could prove that their window performed substantially better than competitive American products, using NFRC ratings [2]. They were a decade ahead of their time in performance. The Germans thought that because their window was so efficient, they could charge more and it would go over big with homeowners. They found out that that’s not the way it works in America. We sold sizzle, not steak.
In the old days of selling, you could safely assume that the typical homeowner didn’t know much about how windows worked. Out comes the heat lamp. Every now and then you’d run into an engineer who’d fire off knowledgeable questions, which could be a trial. Otherwise we talked R-value, and homeowners had little choice but to take the salesperson’s word.
Today, advances in glass, coatings, and assembly technology have made the term “R-value” relatively meaningless as far as windows go. Two things are important to homeowners: U-factor, and Visual Transmittance. U-factor measures heat flow through the window assembly. The lower the U-factor, the greater the resistance and the more energy efficient the window is. These technologies have not only upped the ante on energy savings, they do it without reducing incoming light (Visual Transmittance).
What’s also different is that today anyone with a computer or a smartphone can find out all about this in 30 seconds [3].
So if you’re telling people—even blondes—that your windows can cut the homeowner’s electricity bills by half, you may find yourself on the local Attorney General’s radar for false marketing and selling. The best new windows may reduce heating/cooling bills by as much as 15 or 20 percent a month.
Metrics Matter
When window sales fell through the floor in 2009, the government offered homeowners a tax credit of up to $1,500 on purchases of qualifying fenestration products. The idea was to stimulate the economy. The Department of Energy, through its Energy Star program, laid out the criteria for what qualified. The incentive had the intended effect, bringing a lot of people into the market and starting a turnaround for the window industry.
You may think that since there is no longer a $1,500 tax credit for qualifying windows, it doesn’t make much difference, since one window’s as good as another to the untutored eye.
But to a homeowner committed to replacement, the difference is in those performance metrics. They will change again as the Department of Energy ups the ante, with new (voluntary) Energy Star standards set for 2018.
As more Millennials come to own homes, count on them to be aware of all this before ever calling a contractor. A little homework will enable them to quickly figure out, for instance, that the double-paned argon window with Heat Mirror [4] may be just a little less expensive than the triple-paned, but that the window is lighter and saves energy just as efficiently.
They’ll know what they want before you’re even at the door, because they don’t have time to waste on five sales presentations. The advantage is not a tax credit, but a better, smarter, more energy-efficient window, purchased from someone who knows what he’s talking about and has all the information at his fingertips. That makes a really good pitch in the home.
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Mike Damora is vice president of sales and marketing at K&B Home Remodelers [5], in Succsunna, N.J. Reach him at madamora@kbhomesnj.com [6]. Follow him on Twitter @mdamora [7].
Links:
[1] http://www.proremodeler.com/sales
[2] http://www.nfrc.org/WindowRatings/
[3] http://www.energystar.gov/index.cfm?c=windows_doors.pr_anat_window
[4] http://www.eastman.com/Brands/HeatMirror/Pages/Overview.aspx
[5] http://kbhomesnj.com
[6] mailto:madamora@kbhomesnj.com
[7] http://twitter.com/madamora