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Installing Corner Cabinets

Carpenter Paul Anderson joins Bob to hang the Wellborn corner cabinets in the kitchen. The cabinets have some interesting features such as the tambour which can be used to store countertop appliances when they are not in use. The cabinets have already been trimmed out and the holes pre-drilled. Paul places two-by-four jacks underneath each cabinet for support while he screws them in place. Once the cabinets are hung, crown molding can be installed.

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Installing Molding on the Corner Cabinets Now Playing

Installing Molding on the Corner Cabinets

Installing Corner Cabinets Now Playing

Installing Corner Cabinets

Tour of the Port Royal Parlor at Winterthur Now Playing

Tour of the Port Royal Parlor at Winterthur

Clip Transcript For:

Installing Corner Cabinets

computer-generated transcript - may not be 100% accurate

" Paul Anderson and I are bringing in the corner cabinet. Overhead cabinet which is actually. Blue Oxford and having that it actually comes all the way down to the counter. You scratch for the current. Problem. Wow well have you trimmed yeah you trimmed a couple as a general rule so that the molding will fit right -- Just by a couple of inches. From there it is. All right and this is a kind of innovation in kitchen designs very nice in this -- Temblor which is very handy to hide appliances the -- have to put a level auditor what. Fruits and true sitting here. We've gotten over that way and isn't cloned. We've really good and you get the screws rating on an -- pre drilled and set to go off. Strictly an -- to the and we've cut it isn't right for Langston who listened place. It you know lit up. It's -- next we'll be ready for the crown moldings."

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Building a Doghouse

Here s another great tip from BobVila.com. Giving your pet a place of his own to take shelter from wind, rain and sun is a noble pursuit. Building a doghouse has long been a favorite do-it-yourself weekend project. Doghouses now come in all shapes and sizes, from cedar chalets to foam igloos. Whether you re building a pre-fab air-conditioned palace or designing a practical, no-frills model, make sure the house fits the dog. First, measure your dog. Her length, plus 3 or 4 inches, should be the length and width of the doghouse. Her standing height, plus 3 or 4 inches, should determine the interior height. And the doorway should be wide and high enough for her shoulders. While it s a departure from the Snoopy look, setting the door off-center will provide better shelter. A hinged or removable roof, window or wall panel allows for cross-ventilation in hot weather and easier cleaning. Build the floor frame of your doghouse from pressure-treated lumber to resist rot and set the corners on concrete blocks or stones to keep it above grade. You may even want to build the house on skids so you can move it if you need to. Doghouses are a great opportunity to recycle scrap materials such as 2x4-inch wall framing, plywood and a few roofing shingles. Design a good roof overhang on all sides and extend it even further over the entrance to shed rain and provide shade. The siting of your doghouse is as important as its construction. If you don t mean it to be a feature of the yard, tuck it behind some bushes or around the side of the house. Choose a shady, level spot away from any streams or badly drained areas. Keep the doghouse away from the fence as well so it doesn t become an escape route. Orient the doghouse with the door facing away from prevailing winds and bright lights at night so your dog can rest comfortably. And help him keep clean by providing mulch, gravel or pavers around his new digs. Find out more at BobVila.com: the ultimate home improvement web site! 2008 BobVila.com

Tour of an Affordable Home

Bob and developer John Druley walk through a home under construction by Qualker Homes in Falmouth, Massachusetts. This standard design is used for both the market-priced and affordable homes. The overall dimensions of the house are 26 feet by 36 feet. A center-door entry leads to 13-by-18-foot living room on one side and a 16-by-13-foot master bedroom on the other. The back of the house has a 13-by-18-foot kitchen with a back door and a window onto the backyard, a half-bath and laundry, and an entry to the master bedroom with full bath, tub-shower combination, double-bowl sink, and linen closet. The upstairs has two bedrooms with operable skylights and a full bath. This three-bedroom, two-and-one-half bath Cape will be lotteried as an affordable home to eligible families who make between $29,000 and $65,000 per year, and who qualify for a traditional mortgage. The home is stick-built with traditional 2X4 framing, oriented strand board (OSB) exterior sheathing, low-e glass, tilt-in vinyl windows, and gas heat. Bob and Druley point out that an affordable home must be affordable to operate and heat as well as being affordable to purchase.

2x4 R15 Factor

When insulating typical 2x4 wall construction an R factor of R11 or R13 is used. To comply with Energy Star requirements, use an R15. This is the highest r value you can have in a 2x4 wall. The higher rating is achieved by adding more fiberglass to the blanket, allowing it to trap more cold air.

The Blown-In Blanket Insulation Process

Bob is joined by Mikde Hobson of Westchester Insulation as the crew prepares one of the Mashpee houses for insulation installation. Hobson explains that this is a patented insulation system that uses special fabric stapled and drawn tight across any cavity that needs to be insulated. The crew works with pneumatic staplers to get the fabric in place across all the walls and the joists of the cathedral ceiling. The fabric is not intended as a moisture barrier of any kind and is just there to hold the insulation in place and prevent it from settling. Hobson shows Bob the white fiberglass that will be blown into the cavities. It is white because it is a virgin product, completely free of treatments, binders, or chemicals. Certainteed and Johns Manville both produce fiberglass insulation that is suitable for the Blow-In-Blanket installation. Once all cavities have been enclosed, the insulation contractor cuts a slit in the fabric and inserts a hose through which the fiberglass is blown. The cavity is filled to a density of two pounds per cubic foot which is visible to the eye by a slight bulge in the fabric. At this density, an R-value of 15 is achieved in two-by-four cavities like walls. In attics and ceiling cavities that are two-by-six, an R-value of 38 can be achieved. This insulation is inert and will not support moisture, mold, animals, or insects. It also serves as a sound insulator and can be blown in around drain lines, in interior partitions, and around tubs and showers. Blo-In-Blanket insulation is suitable for new construction or retrofit applications where it is blown in through the sheathing from the outside or through interior drywall to fill wall cavities. Blow-In-Blanket insulation costs about 50 to 60 percent more to install than traditional batt insulation, but offers such energy efficiency that it pays for itself within two to four years.