Indy Total Construction

Terraces and patios have been very popular spaces for the outside of the home. Whether it is in the form of rooftop alcoves or Parisian courtyards, only sunrooms and porches have the potential to compete against such paved retreats. Or, at least, that’s what a recent reader survey has told us. Here are some patio surface types that exist today:

1. Patio Stones
Patio stones are sometimes also known as slabs or flags and are flat concrete blocks either in rectangular or square shapes. A lot of home builders, as well as homeowners, choose this popular type of patio surface because they are cheap and very easy to install. Although in the past, this type of patio surface was only available in grey, a wide color range is now available.

Pick colors that mesh well with your house or garden, or construct a floor patterned with dual colors. This type of patio surface looks best when matched with contrasting material, such as bricks, landscape rocks, cedar, rot-resistant wood, or aluminum. Patio stones can also be found in various surface textures, such as those that come with aggregates that are exposed. Their consistent kind of thickness is what makes them easy to install, but they are typically more expensive than normal stones.

2. Flagstone
Flagstone is a natural material which is only available when local resources have them. Flagstone is normally cut in regular lengths and widths, but how thick the piece is depends on the cutting and the stone. The change in thickness seems to make this kind of material harder to install, though. Natural flagstone pieces tend to cost more than patio stones that are manufactured.

A lot of the time, flagstone is considered artistic paving since these broken stone pieces are usually set in very random yet attractive patterns. However, flagstone is quite difficult to set the right way since a patio’s mortar joints tend to be weak and these pieces of stone need to be set tight together. Professional installers should be able to break the stones by hitting pieces of pipe or rebar that have been placed on the proper break line.

3. Bricks
One very popular type of material for building for terraces and patios are bricks. Brick colors are either in yellow or red (though there are more variations available nowadays). Choosing bricks for your outside space is really a very personal choice, though weather conditions may also play a part. If your house is situated somewhere cold, it is important to get bricks made for severe weather so they won’t crack no matter how cold or how heavy the snow falls. These are more expensive compared to hot or moderate weather bricks.

No matter which kind surface you opt for, it is important to invest a significant amount of time deciding on a design which fits in with the rest of your property.

With the wall above the window opening supported by stout wooden needles and adjustable jacks, and the old window frame taken out you can remove the old lintel and brickwork from above the opening.

Remove the bricks from the outer layer first. These may be laid in horizontal courses across the lintel or they may be set vertically. If the house is old, they may form a self-supporting segmental arch.

Cut through the mortar joints with a bricklayer’s chisel to remove the bricks, making a gradually tapering, stepped opening up to the level of the wooden needle above. This will prevent any brickwork from falling while working on the opening.

Removing the bricks from the outer leaf of the wall will expose the face of the load bearing lintel set in the inner leaf. You should remove this next.

From inside the house, hack off the plaster above the window opening to expose the inner face of the lintel and the brickwork above it. Again, cut out the bricks to foam a stepped opening up to the level of the needle. Then cut into the mortar joints at each end of the lintel, working along the top, ends and underneath. Use a stout bar to lever the ends of the lintel upwards to finally release them. Then get some help to lift the lintel from its bearings in the wall.

the thickness of the wall. It may lodge and form a bridge for moisture to cross from the outer skin to the inner and cause damp patches on the inner wall.

Measure up the new lintel and draw its outline on the inside of the wall centered over the new window position. Remember, the new lintel should be at least 6in wider at each side of the window opening to provide decent-sized bearings. Also, allow an extra lin at each end and on the depth to provide enough space to manoeuvre the lintel into position.

Cut straight down through the plaster along the outline with the bricklayer’s chisel to provide a cutting guide and then hack off the plaster within the outline.

Go on to remove the bricks exposed by the removal of the plaster, again cutting through the mortar joints in an effort to keep as many bricks in one piece as possible. Clean up the bearing openings and make sure their surfaces are flat and level.

Whether you are using a steel or concrete lintel, you will need some help to lift it into place.

Trowel a layer of mortar onto each bearing and lift the lintel into place, setting it centrally over the opening. Check that the lintel is flush with the inner face and outer layer of the wall.

Hold a level against the underside of the lintel and check that it is horizontal. If necessary, correct this by packing pieces of tile or slate beneath the ends. When level, fill the gaps round the ends of the lintel with more mortar and brick offcuts, pointing the joints neatly flush with the surrounding brickwork.

There are two methods you can use for blocking off a redundant doorway: you can fit a wood framework around the inside and panel it with wallboard on both sides, or you can use bricks or lightweight building blocks if the floor is solid. In each case, plaster is used to finish it off.

Alternatively, consider whether you can put it to some other use such as paneling in the back and filling the recess with shelves.

Removing the old frame

To remove the old door and frame, unscrew the door hinges, lift the door away and lever off the molding. The lining frame may be fixed by masonry nails, screws or metal ties cemented into the brickwork. You should be able to lever it free, but if not, cut through its fixings by working a saw blade between the back of the frame and the wall.

Paneling with wallboard

If you are filling an opening in a stud partition, the supporting framework should be made of wood to match the framework of the partition — usually 2 x 3 or 4in lumber. On the other hand, if paneling a masonry wall, you might need two separate frames of something like 2in sq wood to panel each side flush.

The frame should comprise a head plate, sole plate, two upright studs and a central brace. Toe-nail these together and to the insides of the opening, making sure the frame is set back from the face of the wall to allow for the thickness of the skimmed wallboard.

Nail a panel of wallboard to each side of the frame, and to prevent the skim coat shrinking back from the edges, nail lengths of metal lath around the join. Apply a skim coat of finish and when the plaster has hardened, fit a length of new baseboard across the opening.

To fill the opening with bricks or concrete blocks, you must tie the new masonry to the old. The easiest method is to hammer 6in masonry nails half-way into the side of the opening to correspond with the mortar joints of alternate courses of the new bricks which will eventually be buried in the mortar.

Lay the bricks or blocks in the normal overlapping fashion and point all the mortar joints flush with the face of the masonry when finished.

Finally, apply floating and finish coats of plaster, using the surrounding original plaster as a thickness guide.

Wearing protective clothing, (especially the goggles), carefully cut away the plaster from within the lintel outline to expose the masonry below. Remove the bricks or blocks by cutting through their mortar joints and lifting them out. If any above the slot should drop, remove these and keep them for replacement later. Retain any whole bricks from the slot for possible reuse.

Lift the lintel into place, bedding it on mortar (3 parts soft sand: 1 part masonry cement) laid on the “bearings” at each end of the slot. It is best to get the help of an assistant with lifting the lintel, especially when lifting weights above the head. Make sure the lintel is level and, if necessary, pack it out below the ends with tiles or slates.

Finally, fill any spaces around the lintel with more mortar and replace any bricks or blocks that may have dropped out at the slot-cutting stage. If the wall is constructed of blocks, bring the lintel up to the height of the adjacent blocks by laying a course of bricks on top, and mortering them in place.

Leave the mortar to set for at least 24 hours, and preferably 48. Then remove the needle and wood supports. Fill the needle holes with brick offcuts and mortar. Lever off the baseboard and place it to one side for cutting down later.

Remove the plaster inside the outline of the opening to expose all the masonry below. Using a light sledge hammer and bolster chisel, cut this out by chiseling through the mortar joints, carefully working down the wall one course at a time. Because of the bonding pattern used, you will find that on alternate courses you will have to cut through bricks at the sides of the opening. Do this as you come to them. driving the chisel into their faces and levering them out from below to leave a straight edge to the opening. Remove all the bricks from the opening.

Trim off the masonry flush with a solid floor, or jus: below a wooden one. In the latter case, join the tv,-: floors by screwing battens to the joists then fit a piece of plywood or short pieces of floor-board on top neaten and close the gap.

The frame can be held in place with either galvanized metal ties mortared to the wall, or by screws and wall plugs. If ties are to be used, you need three per side. Cut recesses in the sides of the opening for the ties. If you intend screwing the frame to the wall, drill screw clearance holes in it and offer it up so these can be marked on the wall. Drill and plug the holes.

Set the frame in place, packing out the sides as necessary with wood offcuts to set them vertical. Then either fill the tie recesses with mortar and brick offcuts or insert the screws.

Fill in the gaps round the frame with more mortar and offcuts and trowel a thin layer of mortar over any exposed masonry at the sides and top before refinishing the plaster.

Finally, nail lengths of molding around the frame, mitering the corners, and trim and refit the base boards to the base of the wall.

As with all jobs of this type, making a new doorway requires careful planning. You should also check the requirements of your local building code.

A lintel must be chosen to match the type of wall being cut into and you must select a position for the door that, if possible, will not interfere with existing cable and pipe runs and which should be at least 18in from any corner.

It is possible to buy doors and ready-made frames in a range of standard sizes, and unless you are making the frame, it is best to buy the door and frame first, making the opening to fit it. Make sure its height leaves enough of the wall above the opening for fitting the lintel and the temporary wood supports.

With a masonry wall, you must provide temporary support for the wall above the opening and the load it carries while you cut out a slot for the lintel. If the wall supports the joists of the ceiling above, you must also make sure you support the ceiling on both sides of the wall as well.

Support the wall with 6ft lengths of 2 x 4in wood called “needles” — on top of adjustable metal props, which work like an automobile jack (you can rent these), spaced at 3ft intervals. With a normal sized doorway, you would need only one set centrally above the opening.

To support the ceiling, lengths of 4 x 12in wood are used across the tops of more props. None of the props should be more than 2ft from the wall, and if they are to stand on a wood floor, the feet should be placed on another length of 2 x 4in wood to spread the load.

Before marking out the doorway on the wall, use a bricklayer’s chisel and hammer to remove patches of plaster roughly where the edges and top of the opening will be. This will allow you to adjust fairly accurately the position of the opening to coincide with the mortar joints, in order to reduce the number of bricks you have to cut through.

Measure up the door frame, adding 2in to its width and lin to its height to allow for positioning. Using these dimensions, draw an outline of the opening on the wall. Then measure up the lintel — which should be at least l ft wider than the opening — and add a further 2in to its width for fitting. Draw the outline of the lintel on the wall above the door opening.

Finally, draw the outline of the wood needle centrally above the needle outline. Repeat the outlines on the other side of the wall.

Cut the hole for the needle with a hammer and bricklayer’s chisel. Slide the needle through so it protrudes equally on both sides of the wall and fit the props beneath it, tightening them to take the load. Both props must be adjusted simultaneously to ensure even support. Then fit the ceiling supports.

Although a wood-framed partition is easy to build, it does not provide the most effective sound insulation and it will need extra strengthening if it is to carry shelves or cabinets. In situations such as this, a partition built from lightweight concrete blocks is much more suitable. However, you cannot build such a partition on an upper floor, since even a reinforced concrete floor is unlikely to be strong enough to carry the load of a concrete block partition. A concrete first floor makes an ideal foundation and even a suspended wood first floor will do if a full-width wood sole plate is put down first, but check with your local Code.

Before starting work, the floor, walls and ceiling should be stripped of all coverings and any coving and base cut away with a chisel to clear the blocks. The easiest way to mark the position of the partition is

with a chalked plumbline, snapping it against the floor to leave two parallel chalk lines the width of the blocks. Continue these lines up the walls and across the ceiling making sure they are vertical.

For strength, it is best to tie the partition to adjacent walls by cutting recesses in them to accept the end blocks of alternate courses or similarly by using galvanized metal ties screwed to the walls and buried in the blockwork mortar joints. Nailing a guide batten to the wall against one of the chalk lines is also a good idea to help with the alignment.

Trowel a 6in wide layer of mortar (1 part masonry cement: 6 parts soft sand) across the floor to span the chalk lines on it, leveling it out to about 1/2 an inch thick. Then scribe a guide line through the mortar in line with the chalk marks on the end walls, using the point of your trowel and a long straight-edged plank.

There are many different types of concrete block to choose from, but the best types for building an internal partition are known as aerated blocks (A).

These are light in weight, so they are easy to handle — an important quality since they are twice the size of a normal brick. This fact also means that you can build a full-height partition relatively quickly. You can drill them, knock nails into them or, using a general-purpose saw, cut channels in them (B) to conceal electric cables and pipe work. Sound will not pass through them as easily as it would a woodframed partition, nor will heat.

Aerated blocks should be laid in the same manner as bricks in a “stretcher” bond pattern with mortar joints. Their normal size is 17 x 81/2 x 4in. For finishing, you can either plaster them directly or nail on battens and fix a gypsum board cladding to the battens.

Basic masonry repairs include:

• Filling in dings in floors and driveways
• Replacing a block or brick
• Repointing mortar

To patch concrete first remove all loose material from the old concrete. Use a vacuum cleaner. Then scrub away any oil or grease with hot water and trisodium phosphate (TSP). Use a stiff brush. Protect your hands with rubber gloves.

After the concrete is clean, wet it. Fill in the patch. The best mix for patching concrete is one part Portland cement to three parts fine, clean sand. Add concrete glue to help feather out the edges of your patch and secure it to the old concrete. Leave a wet rag or gunny sack over the patch for a couple days.

Replace a broken or missing concrete block with the same mix. Chisel the old mortar away. Soak the new block in water for five minutes and wet the blocks around the hole. Trowel in mortar on all sides and set in the new block. You may have to take some mortar out little by little to make the block fit. Keep nudging the block with your trowel handle or a piece of wood. Don’t use a hammer.

Once the block is in place and aligned, tool the joint to match the rest of the wall. If the other joints are tuckpointed (grooved) make the new joint match. Wipe up any mortar spilled on the face of the block before it hardens.

Use a finishing tool to finish mortar joints after the mortar begins to harden.

When you replace a brick or block, trowel in mortar around the opening. Nudge the block in place with the handle of a trowel or a piece of wood.

To patch concrete, clean and wet the area. Fill in the area and feather the edges so the patch will stick.

Replacing a fired (red) brick is the same as a concrete block. But be very careful to match the color or your replacement will stand out..

Try not to spill mortar over the face of the brick. If you do, you can remove the stain with acid and a stiff brush. BE CAREFUL WHEN WORKING WITH ACID. Always add the acid to water. Adding water to acid can cause an explosion. Protect yourself with goggles and rubber gloves. Wear old clothing. Muriatic acid will remove clothes, eyes, and skin faster than it will remove the mortar stain.

Repointing is putting new mortar into joints when the old mortar is falling out. First clean out the crumbling mortar. You can make a tool for this by nailing through a block of wood until the point of the nail extends 1/2 inch. Slide this point along the joints and you won’t dig too deep. Then wet the bricks and flush out loose mortar with a good strong hose jet.

Mix no more mortar than you can use in one hour. If you are repointing a whole wall or chimney, use any color mortar. However, if you are patching only a section, take care to match the color of the old mortar. Don’t work with mortar when the temperature is below freezing.

You can make a tool to remove old mortar by driving a nail through a block of wood until it extends about 1/2 inch.