Building Hardware Resource

Wire mesh fence should be a simple, cheap way to fence off areas. Unfortunately, wire mesh fence is often seen as a temporary solution, as it tends to stretch and flex, which can make the fence snag. To make the fence more useful and long-lasting, you can learn something about stretch your wire mesh properly.

You’re suggested to space the fence posts no more than 8 feet apart and dig post holes every 6 to 8 feet down your boundary line. Then pour concrete in the holes and insert the fence posts. Remember to use a level to make sure the fence posts stand straight.

After cutting two two-by-fours to the height of the wire mesh to act as stretchers, you can drill round-head bolts every 8 inches along the length of the wire stretchers. But do not tighten them all the way down. Wrap the end links of the wire mesh around the bolts on the wire stretchers and screw the bolts in tightly around the mesh. Make sure to wrap enough wire mesh around the boards so it is secured tightly.

What comes next is to affix one of the wire stretchers to a fence post. Use at least 4-inch carpentry screws to attach the bottom, top and center of the wire stretcher to the outside of the fence post. If you pull the wire mesh out, it should run perpendicular to the wire stretcher and fence post. Tie a hand-cranked chain pulley tautly to the next fence post. Affix the chain hook to the center of the non-attached wire stretcher. Crank the fence into the next post. Crank slowly, allowing the wire time to stretch without snapping as it becomes more and more taut.

Finally, lock the pulley’s crank teeth into place and screw down the other wire stretcher onto the post. Once finished, unlock and detach the hand crank.

Do it in this way, and you will make it.

Flexible and versatile, wire mesh is a great resource as a building material in guarding for secure areas, remodeling house, repairing a broken fence or starting a special project. It’s better for us to keep several tips in mind before we head to the hardware market which gives a wide choice.

 You should make it clear what type of project you are doing. For example if you are repairing a screen or putting up wire to make a fence more secure, you will want regular wire mesh, which comes in squares or rectangles of various sizes.

 You can begin choosing your mesh according to the type of project and what you are trying to keep in or out. The larger gauges of mesh are suitable for fences and stucco, while the smaller gauges can suit anything from screens to patch jobs. If you are having trouble choosing the right gauge of mesh, don’t hesitate to ask a store associate. They are generally very knowledgeable about a number of projects. You may also  know some information about the brands and types of wire mesh from them.

Once you have chosen your mesh, make absolutely certain you buy enough. The rule of thumb is to buy a little more than you actually need and you can return what you don’t need later.

Drawers are some of the most accessible and space-efficient means of storage, while drawer slides are components of drawers. Drawer slides make drawers run in and out smoothly and there are many different types of drawer slides for different applications. Selecting the right drawer slide will ensure easy operation, plus there are a wide range of slide options available to design the look of a drawer. We’ll share some tips from a smart homeowner on selecting the right drawer slides. Thus you won’t have to complain about the frequently halfway stuck drawer like I did several weeks ago.

You should first know the weight of the contents of a drawer. Take the pot drawers in a kitchen for example. They require heavy duty metal drawer slides, and the weight capacity should be between 50 to 100 lbs. per pair of slides. Frequently used drawers, such as kitchen utensil drawers, should have heavy duty drawer slides that incorporate a soft closing mechanism to prevent drawers from slamming shut.

Full-extension drawer runners allow you to access the very back of your drawers to increase access to the entire drawer space. This is especially important when maximum storage capacity is required. Extra wide drawers, between 24 and 48 inches wide, also help maximum storage capacity better than several smaller drawers.

When you want the sides and bottoms of an open drawer to attractively integrate into a cabinet, under-mount, center-mount or concealed drawer slides are available. These options, in particular concealed drawer slides, are typically more expensive to purchase and install than exposed drawer slides.

Drawer handle selection is important to consider along with your drawer slides. Select easily operable handles for frequently used drawers in kitchens. Intermittent use drawers can utilize smaller decorative handles. Recessed or flush handles give a clean modern look to a drawer front, but are also more expensive to install.

Of course, you may come across some specific situations in your own house. You can make a decision according to them. But the suggestion above can do you a favor in most cases.

A door closer is a mechanical device that closes a door, in general after someone opens it, which is called manual door closer, or after it is automatically opened, that’s an automatic door closer. Door closers are mainly used in commercial and public buildings in case of fire situations, or resistance to opening forces (for use by disabled or infirm) as well as health, safety, durability, risk of vandalism/ligature and aesthetics, but they may also be used around the home where circumstances make their use desirable.

There are different strengths of overhead door closer. They are manufactured with either different or adjustable strengths to cater for the size and weight variation of different doors. The bigger and heavier the door, the greater the force required to close it. This force is usually designated by assigning the closer with a number value between 1 and 7 where the higher the number indicates a larger capacity of closer.

If a door closer is being fitted to a fire door, then it is usually recommended that a minimum of a size 3 is fitted. Air pressure on the door from wind is also a consideration which could lead to a higher size number than the actual door weight being needed. Restrictions in the design of certain buildings may lead to arrangements where special brackets are needed to mount the door closer. The use of these brackets can often weaken the strength of a closer and require that a size higher than that needed for the weight of the door is necessary. Some types of door closers can vary their strength number by altering the position of the closer on the door by means of moving it along a bracket. This is convenient where the size required is uncertain and facilitates a greater range of adjustment at the time of fitting. Typically these closers can be designated 2-4 size or even 2-6 size in certain circumstances.

Not all overhead door closers are fitted to the door in the same way. It is generally dictated by the door arrangement the closer is to be fitted to. Three most popular applications are called ‘figure 1′, ‘figure 66′, ‘figure 61′ respectively. ‘Figure 1′ is where the closer is fitted to the opening face of the door on the hinge side, while ‘figure 66′ is where the closer is fitted to the closing face of the door opposite the hinge side, and ‘figure 61′ is used where the closer body is inverted and fitted to the head frame rather than the door itself. ‘Figure 61’ is a further application which can also be used on outward opening external doors, particularly those where the door only has a narrow top rail, not wide enough to house the body of the closer.

Someone may don’t want the door closer to be seen. There are door closers available that can be concealed into the top of the door. Although this is a great way of ‘hiding’ the closer, a large part of the door must be cut away to house the body and this will reduce the fire integrity of the door. It is always a good idea to check with the fire prevention officer that this type of door control is suitable. There is also a type of closer that will fit in the side of the door with the mechanism contained inside the door. You may find one on market.

Sometimes little things are important, like door hinges. Door hinges connect doors to walls or door frames. To open a door on hinges, one pushes the side far from the hinges and the door rotates around the side with hinges.

In some cases, you’ll find your door sticks. A door that sticks may be due to several problems. Hot, humid summer days may swell the wood; you can minimize this seasonal headache by making sure all edges and door faces are sealed with varnish or paint. Loose or bound hinges can also cause a door to stick.

Below are ways from a creative homeowner to repair them so that the door operates smoothly.

Tightening a Loose Hinge

When a hinge is loose, the door may lean closer to the jamb at the other side, which may cause the door to stick.

• First, try simply tightening the screws on the loose hinge. This pulls the door edge closer to the frame on the hinge side. That widens the gap on the handle side, and your binding problem should disappear.
• If the screws you try to tighten spin in their holes instead of digging in, try installing longer screws with thicker shanks. The idea is to use screws that bite into fresh wood and provide more holding power, with an inch or so more of thread. This is a good idea for the top hinge of a heavy door and will often solve your problem, even if the hinge is already tight. The longer screw actually draws the jamb closer to the studs, producing extra clearance on the handle side of the door.
• A more time-consuming repair is to fix the hole to increase a screw’s holding capacity. There are several DIY fixes, including using wood filler, or driving in a short length of dowel. You can even dip slivers of wood or toothpicks in glue, and drive them into the hole in a tight pack. When the glue dries, the screw threads will have something to bite into.

Adjusting Bound Hinges

When door hinges close but the door doesn’t, even though the door is not rubbing against the frame, the hinges are binding. This problem can emerge when hinges sit too deeply or not deeply enough in their mortises. The face of the hinge leaves should be flush with the surface of the door and jamb. Check to see if the hinge is properly aligned and that the screws are tight and don’t protrude above the face of the hinge. If that does not work, remove the hinge. Deepen the mortise or add a cardboard shim as needed.

One Ms Lee had been troubled by a kind of skin diseases at home for a long time. Doctor Ed didn’t know why at first. After some deeper inquiry, he learned that when she traveled to some places out of home, the symptom would somehow disappear. So he suggested that the house plumbing might be a buried factor for the disease. Originally Ms Lee had the habit of daily baths, but the acidic water, together with the copper hot water pipe, would lead the copper ions encountering a lot of acid release into the bathtub. When these copper ions adhered to her sensitive skin, hazard would take advantage of this weak point.

Don’t let the house become a killer of your health. When you choose the building hardware, remember to pay some attention to the material made of the hardware. In this post, one of the pipe material –galvanized steel or iron is going to be introduced.

Galvanized steel or iron was the traditional piping material in the plumbing industry for the conveyance of water and wastewater. The term ‘galvanizing’ once referred to hot dipped galvanizing, in order words total immersion in molten zinc after pretreatment cleaning. This technology afforded a reasonable level of internal and external protection to the metal pipe. In more recent times, the use of electroplating technologies has provided a more recent times, the use of electroplating technologies has provided a more attractive external finish, but little or no internal protection. Although still included in many codes of practice throughout the world, the popularity of galvanized piping is declining. It is still being used extensively in the fire protection industry, but overall there are increasing limitations on how and where galvanized steel or iron piping is connected to dissimilar materials, such as copper alloy(brass) in taps and valves. Internal corrosion can add iron, which causes an undesirable taste and may also cause unsightly precipitation of iron salts on clothes. Aesthetics guidelines contained in the WHO Guidelines for Drinking-water quality address these matters.

The use of galvanized steel or iron as a conduit for drinking-water is a greater problem where the water flow is slow or static for periods of time due to rust discoloration caused by internal corrosion. Galvanized steel or iron piping may also impart an unpalatable taste and smell to the water conveyed under corrosive condition. Galvanized steel piping systems are generally accepted for outdoor use, but because of the size or bulk of the pipe and fittings, and the inflexibility of such systems overall, the material is not desirable for internal water plumbing. Galvanized pipe is heavy to handle and is generally joined by threading and screwing the components together. This is a lengthy procedure when compared to the assembly of competing non-metallic pipework systems.

A decent kitchen cannot go without a sink because most house work needs it. So finding the right one catering for your kitchen needs and budget is necessary.

There are many considerations in buying a kitchens sink. A normal consumer would look at the appearance of the sink and the quality of the material that makes up the sink. But a terrific looking sink should not be too hard to clean and maintain. The material and design of the sink should be made of a material not easily to break and when it is stained, it can be brushed off to keep the sink in a good condition. It’s better for the buyer to first know some basic facts about the different materials composing the kitchen sinks.

A solid surface kitchen sink is easy to clean. Others would go for porcelain sinks with its durability. Enamel is also used in some kitchen sinks but the user must be very careful in cleaning it so that it would not be damaged.

Besides, the most commonly used material of kitchen sinks is stainless steel. It is easy to clean and the maintenance is not too difficult. Having a stainless steel kitchen can also add uniformity and professionalism of the kitchen because many kitchen appliances are made of stainless steel.

Kitchen sinks are always used. It must be kept clean and in a good condition to ensure the health of the family. But some cleaning material may damage the color or texture of the sink, so take care before using any cleaning material.

Choosing the right kitchen sink would not simply end in looking at the size, design, color, and price of the sink. There are many other qualities that are equally importanct like the proper method of cleaning it. If the sink that you bought is easy to manage, then preparing for the food would be more pleasurable and it also helps a lot when doing other housework.

Your house may especially appeal to those little animals like mice, squirrels, chipmunks, bats and birds during winter or late autumn because it is such a warm and safe land. However this case will not be so attractive to you. Who want the house to be an unsanitary place? Besides, something dangerous potentially exists — when you startle them or when they block the release of smoke for example. Thus it’s necessary for you to undertake a solution to keep the uninvited away from your house. We will share one from an expert.

A home presents a number of entry points for animals. Examining potential entrances and closing them up is the key to keeping animals out.

Chimney

A professionally installed chimney cap or a mesh hardware cloth can keep animals out of the chimney, which is a common entry place as well as a channel for two potential hazards—animal droppings and the blocking of the release of smoke. A securely fitting cap or mesh covering can keep animals outdoors. Do not use window-screening material as it will clog with soot and other debris causing a fire hazard.

Attic exhaust fan opening

Many attics are equipped with an exhaust fan to vent hot air from under the roof. Animals can scurry through the opening of the exhaust pipe and into the attic itself. Attics are very attractive to animals because they tend to be warm and infrequently visited — a perfect place for a nest. Again, use a wire mesh hardware cloth securely fastened over the venting can keep animals out.

Roof and soffits

Over time weather and water can soften wood and create places where animals can gnaw or dig through. Routinely inspect the roof and wood areas of the home to check for weak areas that may need repair. Pay close attention to areas where gables or dormers meet the roof line.

Drainage pipes

Homeowners with a sump pump or other drainage system may have pipes extending from a basement to the outdoors. Burrowing animals may find the exposed end of the pipe and enter the home through the drain. Wire mesh coverings secured to the end of the pipe will allow water to drain out, but not let an animal in.

Window wells

Basement window wells offer areas where animals can spend time unnoticed gnawing away at loose trim or caulking to sneak past. A plastic covering or commercial grate can usually do the trick of securing the window well area.

Fences and decking

Animals can dig under fences and take up roost in the yard, or they may live under decks. While not exactly inside of the home, they’re certainly sharing close proximity with homeowners and can be a nuisance. Dig a trench at least 10 to 12 inches deep and place wire mesh inside. Attach the mesh to the bottom of the fence or deck. This may help keep some burrowing animals out.