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1. Place a post in the corner of the frame you created with the pegs and string. Measure and mark out 100mm from each side.
2. Dig out this soil to a depth of 700mm (watch out for cables or pipes). You should have a 300 x 300mm hole. Repeat for the other 3 corners.
3. Using a brick bolster, split a concrete block in two. Put a section of the block in each hole.
4. Get a length of post longer than you need and place one in each hole. You can cut it down later.
5. Create props on each post to hold them in place until you’re ready to add a cement mix. Check that they’re level. When you’re happy that they are, secure them in place with a concrete mix, making sure you create a slope in the concrete so that rainwater runs away from each post. When the concrete is set, remove the props.
6. Create a string line around each corner post and find the centre point between each. Place a timber batten at each point, ensuring that they’re not spaced any more than 1500mm apart.

1. Working from the corner where the deck will be at its highest above ground level, measure and mark on the post where the highest part of the frame will be.
2. Measure from the far side of one post to the opposite and cut sections of joist to size. Line up a piece of joist with the mark you made and temporarily secure it. Factor in a 2mm fall for every metre of decking so rainwater can run off.
3. Secure the frame to the other corner post, ensuring it’s at the right level. Do this for every side of the outer frame.
4. Using 100mm coach screws with washers hanging on the end, secure each end of the four sections of frame.
5. Mark out where the centre of the support posts will be and secure all of these posts to the frame, except the centre post.
6. Add your central support joists. These should run in the same direction as the deck boards will run. You’ll need to measure from the inside of the frame on one side to the inside of the frame on the opposite side. Attach the joist in the same way as you did for the other posts. Repeat so the centre post is in between two sections of frame and secure the posts with concrete.
7. Trim down all the posts to the correct height using a saw.
8. Add your weed-control fabric and weigh down with gravel across the entire area.

1. Measure 400mm from the centre of the outer frame and mark a line. This will be where the first joist is positioned. Repeat at 400mm intervals down the length of the frame – if the last one will be more than 400mm, add another joist to create enough support.
2. Attach a joist hanger to each end of the joist.
3. Place the joist in position so the centre lines up with the 400mm spacer mark.
4. Secure using external grade screws once you’re happy that the joist is flush with the frame.

Soffits and fascias sit along the sides of your property, over the join between your walls and your roof. The fascia attaches to the end of your roof rafters, hiding and protecting them. The soffit fixes on the bottom of the fascia, bridging the gap between your fascia and wall. Your guttering attaches to the fascia, which also joins to the bargeboard on your gable end, if you have one.

If you’re currently experiencing some structural issues with your building or property and you’ve heard a thing or two about the several benefits associated with getting underpinning done, you may be wondering if underpinning might just be the answer to your worries. Well, one thing you should when it comes to underpinning is the fact that, while there are some structural issues that may actually warrant an underpinning job, there are also some situations that can not be fixed by underpinning. In this post, we’re going to consider the events whereby underpinning of your house will be required. Let’s take a look!

First and foremost, you should know that underpinning isn’t required for issues related to slab heave. Footing movements which are likely to reverse normally occur when the content of the soil moisture changes unevenly which gives rise to slab heave. This movement results for a reversible effect.

Generally, underpinning is done to remedy problems related with the movement of the footings of a building or property, but as stated above – not all movements require underpinning. So, when is underpinning required? More often than not, a situation that’s resolved by underpinning is the event whereby the footings of a building or structure drops or subside as a result of some reasons that are irreversible. For example, footing movements caused by a footing set on a soft or loose soil which may be irreversible.

In the event whereby the footings of your house haven’t been installed as deep as required during the initial construction, then you will need to have your building underpinned to make it more stable. If you’re also looking to increase the load on your foundation like adding another storey, you may also need to have your house underpinned to support the extra weight added.

• Have a step tread width of 900mm – if you don’t want them that wide, they should be no less than 760mm
• Add a central step riser to stairs wider than 900mm to prevent them buckling
• Add a step depth (the vertical distance between each step) of between 150 and 180mm if building your own riser, so the steps are at a comfortable depth

• Step treads (the actual step themselves)
• Step risers
• Coach screws
• Deck screws
• Saw
• Drill

1. Make sure the ground where you want to put your steps is level and firm. If it’s not, consider laying concrete or paving slabs to provide a secure surface for your steps to sit so they don’t sink.
2. Grab some joist off-cuts and cut them to the same width as your step treads. Attach them to the step risers at the top and bottom using countersunk coach screws.
3. Place the steps against the sub-frame of the deck; if you’ve put slabs down for support, make sure the steps sit in the middle of them. The longest edge of the stair riser should be on the slabs, and the short edge against the deck. Drill pilot holes through the step and sub-frame joist, then screw the step to the sub-frame with more coach screws.
4. After drilling pilot holes, screw the treads into the risers at each end with deck screws.
5. If you don’t want gaps between each stair, you can add joist off-cuts or deck boards. Measure the height and depth of the gap, then screw the off-cut or board into the step riser with two screws at each end.

If you just acquired an electric shower or thinking about getting one soon, one of the first things that comes to mind is who to call on for help to handle its installation. Well, if you’re confused about the perfect tradesperson you’re certainly not alone! As we’re always told that electrics and water don’t mix, so who do you call when buying an electric shower? Is it a plumber, an electrician or probably someone who with a knowledge of both? Well, you’d find the answer here as we’ve created this post specifically to resolve this concern once and for all.

Refurbishing and renovating any part of one’s home always tends to be a tricky and daunting prospect and without a single doubt, the bathroom is not an exception. With a wide array of things to put into consideration such as plumbing as well as bathroom electrical safety, it always pays to have all your bathroom related questions answered before you go ahead to employ a tradesperson.

Being fully aware any task involving electrical works can be very dangerous, anyone that takes on a job such as fitting an electric shower must be qualified to work with electrics safely. This is referred to in the building regulations sections which is termed as part P dealing with domestic electricals, as such you may hear tradespeople term themselves as being “Part P qualified. What this implies is that they’re registered with a competent persons scheme like ELESCA OR NICEIC to self certify their work. Due to the high risk involved in their field, all electricians should be able to self certify their work, whereas only some plumbers should also be able to do the same. As a result, dedicated bathroom fitting companies should possess individuals who can deal with the plumbing, electrics as well as tasks such as tiling.

What Is Plasterboard?

The plasterboard is unarguably one of the most common building materials across the globe. Sometimes referred to as gypsum board, gyprock, drywall or wall board, the plasterboard is mostly incorporated for ceiling cladding and interior walls in several homes and offices in recent times. However, despite its global acceptability, it’s a very misunderstood building material.

The plasterboard is manufactured using a gypsum core with a heavy paper covering both sides of the sheet. The measurement of a standard plasterboard sheet is a length of 2.4 metres in and a width of 1.2 metres, with a thickness of about 13mm. The board usually have either a bevelled or a bit flat edge. The bevelled edge makes it easy for the installers to use a plaster to smooth out the surface after nailing the sheets to walls and ceilings as well as taping the edges.

The plasterboard comes in different types. Although various manufacturers provide a unique name for their products, but they’re all included in one of the following categories:

• Water Resistant Plasterboard - This type of plasterboard are best suited to be used in water areas like bathroom, laundry rooms and kitchens.

• Acoustic Plasterboard - Due to its sounding proofing qualities, this type of plasterboard is preferred to be used in home theatres or noisy areas.

• Flexible Plasterboard - This is to be incorporated on curvy surfaces.

• Fire Resistant Plasterboard - Just like the name implies, this type of plasterboard is best suited for use in high fire hazard areas.

If you’re about to kick start some small renovations around your house or office, using a plasterboard to clad your walls is a very simple and worthwhile task. However, if you want to do major renovations or need to apply plasterboard to your ceiling, the best option would be to leave it to a seasoned professional.

Due to its numerous advantages, bathroom floor tiles are a popular choice for homeowners across the country. Not only are they durable and good looking, but they’re also resistant to both moisture and stains. Hence, they’re very easy to maintain and with skill, confidence and patience, can also be relatively easy to install especially when compared to wall tiles which is a vertical surface.

Fitting bathroom floor tiles requires a lot of planning as it can be easy to make costly errors here and there. Generally, this task shouldn’t pose any serious difficulty for a confident and patient DIYer. However, if you lack these attributes, then it’s advisable to call in a professional who can guarantee the best results for help. In this article, we’ll take you through the bathroom floor tiles installation process. Let’s get started!

• Make Sure You Have A Levelled Subfloor

✓ Your subfloor’s stability is crucial for the success of your tile laying.

✓ Once done, then you can start planning how to level the floor.

✓ Identify the highest point of your floor and place a really long level to determine the dip and hump spots.

✓ Fill in the identified low spots with mortar.

• Cut The Tiles

✓ Using a wet saw with a diamond blade and pump, cut through the tiles to get the appropriate shape.

• Choose The Appropriate Adhesive

✓ To best adhesive is probably the one written on the label and suggested by the manufacturer.

✓ If uncertain, you can make use of a modified mortar

• Prepare The Area

✓ Using the prepared mixture of your mortar, prime the surface by spreading it on the floor with the trowel’s flat side.

✓ Once done, you can add more mortar with the ridges of the trowel.

• Space The Tiles

✓ Tile spacement depends largely on the surrounding walls. Straight walls equal straight tiles, if not your judge would be required to ensure a great outcome.

✓ If the wall is straight, make a space of about an eighth of an inch. The bigger spacing, the higher the possibility for the grout to become visibly discoloured.

• Use The Right Grout

✓ With sanded and unsanded grouts having a variety of colours, choosing the ideal grout can a tricky affair.

✓ The size of the spaces play a huge role in determining the best choice.

✓ Use a sanded grout if the spacing is an eighth of an inch or more. However if less, make use of the unsanded grout.

1. Unroll your two pieces of artificial grass, ensuring that the pile is running in the same direction. Fold over each piece by about 300m.
2. To get the perfect seam, cut at least 3 tufts back, ensuring that you don’t trim any grass blades.
3. Either remove the backing on your self-adhesive tape and unroll it down the centre of the join, or roll it out ensuring that the shiny side is down then fix at either end with adhesive.
4. Fold over the grass onto the tape and bring each piece together, ensuring there’s a 2-3mm gap at the seam.
5. Where the pile runs over the edge of the seam, fold over the artificial grass.
6. Apply a small amount of adhesive under the edge of the first section of grass with a mastic gun, then add some to the front edge to stick the second piece.
7. Bring the seam together, ensuring that you don’t get any grass blades stuck. Place a plank with some heavy objects on over the join to ensure that it dries securely.