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Tuesday, September 8, 2009
DIY : How to hang wallpaper

Sunday, September 6, 2009
TIPS Matching Sand and Cement Mixes
Monday, August 31, 2009
DIY : Change a Door Handle

This is a very simple project. Even if there's nothing wrong with your doorknob, you might want to upgrade to one that's easier for people with disabilities to open.
Before you buy a doorknob, though, take off the old one and take it to the store for comparison. Also make sure you know whether your doorknob goes on the right or left side of the door. To remove the old knob and install the new, just follow below steps.
Materials:
1. The toughest part is getting the old doorknob off. If your doorknob has screws on the cover plates, remove those to loosen the old knob. If not, look for a slot on the side of the handle that has a little piece of metal sticking out. Then use the key from the new doorknob to push in on the metal -- that will make the doorknob pop loose (Figure A).
2. Pull off the doorknob to reveal the plate below. Look for a slot in the plate along the seam where it butts against the door. Wedge a slot (also known as flathead) screwdriver in the slot and then give the plate a half twist to pop it off.
3. With plate removed, you'll see the screws you should remove with a power drill (Figure B).
Safety Alert: Always wear safety eyewear when using a power drill.
5. Screw the new latch in, setting the screws by hand first and then tightening them with a power drill.
6. Place the knobs themselves, set the screws by hand, and finish by drilling. Don't overtighten the screws or you'll bind the doorknob.
7. Test the key and make sure the door locks properly.
Some Related Q & A :
Q: I'm painting the trim around my doors. Would it be easier with the doors off the hinges? How do I remove them?
A: It's a whole lot easier to paint with your doors off the hinges, and you should take your doorknobs off, too. There's a hinge pin running through the center of the hinge, which you should remove with an old screwdriver. Take all three hinges off and then carefully remove the door.
Q: My kids have caused damage by slamming the doorknob on the wall. How can I prevent this?
A: There are actually a couple of solutions. Try one of those springy doorstops that screw into the baseboard of the wall and keep the door from opening all the way and hitting the wall. There are also doorstop contraptions that attach to the top of the hinge pin, for places where you don't have a baseboard on the wall the door is hitting.
Q: My bedroom door is hard to close. I have to really slam it. Any suggestions for solving this problem?
A: That means the door is either too wide for the door opening itself, in which case you need to plane it, or that the latch plate is sticking out too far. Or it could mean that the strike plate needs to be adjusted.
Thursday, August 27, 2009
TIPS About PVC-U Double Glazed Windows

About PVC-U Double Glazed Windows
Internal or Externally glazed windows
Most PVCu systems will now give you this option. As a generalisation Internally beaded windows (where the glass is held in from the inside) are considered more secure and burglar resistant. That said there are a lot of satisfactory externally beaded PVCu systems about - many of which feature either internal wedge gaskets or a "double sided" tape which holds the external bead firmly in place. You should investigate this particular issue with your supplier.
Thickness of PVCu walling?
Most PVCu systems for window and door construction are "multi-walled" with internal reinforcement by means of either Aluminium or Galvanised Steel box section. Wall thickness can vary from system to system - most are around 3 - 3.5 mm thickness. Generally speaking the "thicker" the walling - the stronger the section. Ask your supplier for an example section and enquire if the frames are fully reinforced. Note also that the greater the number of internal walls - the greater the strength.
Depth or thickness of frame
Actual depth of frame extrusion varies from as low as 50 mm to a number at 70 mm and above. Most are in the 60 - 65 mm region. Clearly this does have an effect on the structural strength of your replacement window or door. This is especially worth bearing in mind when comparing prices. It would not for instance be fair to compare the price of a conservatory built using a 55 mm depth of frame with a window made using 70 mm depth of frame.
We bring the points above to your attention purely to give you a feel for the sort of questions you should ask a potential supplier. The above is by no means the whole story, and there will be varying arguments one way and the other.
Here is a short list of PVCu systems companies supplying extrusion for the manufacture of PVCu windows and doors in the UK. These include Rehau, Veka, Spectus and Synseal.
For some, however, PVCu lacks authenticity when it comes to the more traditional designs. It is not acceptable to planner for use on listed buildings and not popular with planners in conservation areas.


As you will see from the photographs above the windows can have a considerably different appearance dependant on whether or not they have equal sight lines.
Another design issue that is often overlooked is whether to use black gaskets or white gaskets on your white PVCu windows.
Consider your Neighbours
When replacing windows it is sometimes worth considering the effect of your changes on the overall appearance of the street or road where you live.
For instance if you and your neighbour both agree on a style for your windows the overall effect can be considerably better if you both agree to use similar designs. It doesn't matter if you both use the same company or even have the work done at the same time.
Sometimes using "conflicting" styles or designs "side by side" will spoil the appearance of the neighbourhood. As can be seen in the photograph below using similar designs on both of these porches has added to the visual appearance for these two neighbours.
Wednesday, August 26, 2009
TIPS to prevent flooding around the house

With global warming and the resulting climate changes, flooding is increasingly becoming a problem. Often the ordinary householder thinks there is nothing they can do to protect their property - but now there is !
This page will help you gain a better understanding on how floods can damage your property and how products can help you in the event of a flood in your area.
Basements
If an Antiflood Barrier has been fitted, the chances are that seepage will not effect your basement, however this cannot be guaranteed. Seepage through the ground is a gradual process and is subject to a lot of variables, such as:
• Has your basement been adequately tanked? If not, what is the porosity of the ground?
• Do you have cracked or damaged drains?
• There are many, many more factors that can also take effect.
Suspended Floors
This is the same as with basements, with the exception that the area beneath the floor is unlikely to have been tanked. A sump situated roughly at the centre of the house could be used in conjunction with a pump to remove any collected water. It would, however, not be advisable to set the sump too deep as penetration through the water table could occur and this would not be good in the long term.
If you do decide to install a sump, as with many building projects, it is recommended that you use a professional to complete the work.
Air Bricks
Over the years, ground levels around external walls tend to rise. Maybe a patio or pathway has been built higher than the recommended 6 inches below damp proof course level? Whatever the reason, you may find yourself with a potential water entry point. If the Antiflood Barrier has been fitted, air bricks will usually be protected.
There are, however, other factors that need to be considered: If rainwater or run-off were to collect inside the barrier, can it be pumped out quickly enough in relationship to the height of the air brick? If in doubt, consider using a device designed specifically for this purpose.
Drains
Drains are a major problem during a flood as they cannot cope and will therefore fail to work. Here follows a brief outline of protection systems that you can install yourself.
If you have installed the Antiflood Barrier, water from the outside will be greatly reduced if not stopped completely. The next step is to tackle the drains in order of priority. The lower the drain in relation to the floor level the greater the need for action. These levels will always be
Manholes
It is usually possible to put a plug in the manhole to stop backfeed from mains sewers etc. You can also use the manhole as a collection sump inside the barrier It is advisable to employ a redundancy brace to ensure the plug stays firmly located in the drain. This ensures that if the bung is not located correctly or tightened sufficiently, it will not be forced out by backfeed pressure. A simple piece of 6" x 2" laid in the channel will usually suffice.
Gullies
If your gullies are connected to the main drainage or tank, as the flood advances the water will come out of the gullies in relationship to the flood level. Therefore all gullies need to be sealed, although this may not be necessary if you have plugged the main drain as above. There is a range of automatic backfeed gullies but they can fail & make the whole barrier system pointless. Some products are manufactured to deal with this problem.
Sump
If you cannot use the manhole as a collection sump, a series of sumps will need to be fitted inside of the barrier in order to dispose of seepage and rainwater should the need arise. These sumps can be fitted with automatic pumps to discharge water and a manual pump can be supplied should the electrical supply fail.
Bath
If you have a bath situated on the ground floor then that would be the next affected point of entry. Logically, the lower the discharge point, the lower the seepage. Some products will seal most drains, including showers and washing machines. Once again this will not be necessary if the manhole is plugged.
WC
Next the ground floor WC. The same advice as "Bath" applies. Washing machine stand pipes, basins, sinks and so on.
Airvents
Air vents should not be an issue if the barrier system is fitted, however there are some products which can be installed where it is impractical to erect the barrier.
Ground Seepage
There is always the possibility of ground seepage. The severity of this seepage is not calculable as the volume of water seepage is governed by a great many factors. It is possible to slow down the seepage but first you have to know where it will occur and why. If your premises are of a modern construction, it is most likely that after the foundation brickwork had been built, the builders filled the void around the brickwork with all kinds of rubbish. This is a potential problem as this filled void is very seldom compacted and, as such allows the water access to a greater height in relation to the ground level, than that of compacted ground. The answer is to cover the area around the edge of the property with paving properly sealed to the
Garden soakaways are usually constructed away from the property and should be well outside the barrier. However, these soakaways are of numerous designs and can give easy access to the inside of the barrier via the drain outlet. If the property is on a soakaway ensure the drain is plugged within the barrier.
Modern drains are back filled with shingle or similar. This is also a potential entry point for water. Regardless of how much seepage you get, there is usually a pump that can cope with it.
Now you can do something to stop your home flooding and inevitably ruining your furniture -and possibly your life!