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How To Repair Sunken Concrete Driveway

If you have concrete driveway that’s cracked, uneven and mostly especially sunken, you’d know how distasteful it can be just viewing it on your property. A sunken concrete driveway is most likely caused by rainwater erosion removing the soil under it or a big root under it which as rotted over time. Another possible cause of the sunken concrete is an improperly prepared base which implies that the soil beneath wasn’t fully compact when the concrete was poured on it. Later on the soil beneath will eventually settle and shift below the concrete driveway which weakens the integrity of the entire driveway, making it more vulnerable to cracks, unevenness and sunken.

Two ways in which you can fix this problem includes either demolishing the whole driveway, re-compact the soil underneath and fill with new concrete or repair the entire driveway using an easy process called slabjacking. In this article, we’re going to look at the slabjacking repair process as it’s significantly less expensive than the demolishing approach and will also cause minimal disruption to your lifestyle.

Also referred to as mudjacking or concrete lifting, slabjacking is simply a process used to float your existing concrete back to its original position. If you are not a competent DIYer or lack confidence to pull this off, we’d recommend reach out to a professional for help. If otherwise, then you can practice the slabjacking process given below.

✓ Drill holes through the slab.

✓ Pump grout mixture through the holes. This mixture will spread out beneath he driveway and raise it up.

✓ Lastly, fill the holes and level the concrete driveway surface.in such a way to hide the signs of the repair made.

This is a process that works to efficiently get your driveway back in a top condition relatively quickly.

1. Plan your shed base You must have a sturdy base for your shed, otherwise the frame won’t stand properly and could stop the door from opening. Decide whether you’re going to have:
   • A concrete base laid on hardcore
   • Concrete slabs on sharp sand
   • Treated wood beams on hardcore or shingle
   • An interlocking plastic system
   All bases should be laid on firm, level ground as far as possible.
2. Treat wood with preservative To help your shed last as long as possible, you should coat all the wooden parts with timber preservative before you put it together.
3. Put the shed floor together Some will need more assembly than others, but you need to make sure that the floor panel is attached to the joists; follow the manufacturer’s instructions for the correct spacing.
4. Put up the shed walls
   • Mark the centre point of each wall on its bottom edge, then do the same for the shed floor so you can line them up together.
   • Stand the gable end on the base and line it up. Check that it’s vertical with a spirit level – you might need someone to support the panel while you do this. Use a temporary holding batten to keep it in place.
   • Fix a side panel to the gable end panel with countersunk screws, then add the second side panel in the same way.
   Don’t attach the panels to the floor until you’ve fitted your shed roof.
5. Fit the roof
   • If the shed comes with a support bar, put this in position before you put the roof panels in.
   • Nail the roof panels in place, ensuring there’s a parallel and equal overlap at each end.
   • Roll out some roofing felt from front to back, leaving a 50mm overlap at each side. Secure it with clout-headed felt tacks at 100mm intervals.
   • Apply mastic sealant to the outside corners, then fix each corner trim with 30mm nails.
   • Add the fascias and finials, predrilling 2mm holes to avoid splitting the wood. Nail them through the felt into the shed using 40mm nails.
6. Add the shed windows
   • Slide each windowsill into the tongue and groove cut out, then put the window cover strip in position, fixing it to the vertical framing.
   • From inside the shed, put the glazing sheets into the window rebates, making sure the bottom edge of the glazing sheets sit on the outside of the sill.
   • Fix the window beading on the top and sides with 25mm nails.
7. Fix the walls to the floor Before you do anything, make sure you check that the centre marks on the walls line up with the marks on the shed floor. Then fix the wall panels to the floor with 50mm screws, aligning them with the joists.
And that’s it! But if you’re not confident in building a shed yourself, there are plenty of professionals available who will be happy to help.

Speaking to the owners of the neighbouring properties is recommended. If you are still unsure, you may need to check the original deeds to the property. Generally the rule is that you are responsible for the fence at the right hand side of your property.

Chances are at some point you’d probably given a though about how steps would fit in perfectly in your garden, except of course, your yard and garden is flat. Adding steps and gardens makes it a lot easier to get around your yard while also enhancing its curb appeal. In order to avoid the cost of hiring a professional to get the task done, you might be tempted to make it a DIY task. However, if you lack the required skill and confidence to pull this off, we’d strongly recommend you call in a professional so as to avoid costly errors. In this post, we’re going to take you through the garden steps building process. Let’s take a look!

1. Measure the vertical height of the slope by marking it with two parallel lines. Once done, proceed by connecting a string line to the slope’s top and hold it in a horizontal way, take a measurement of the flight’s length and breadth. Divide the measurement by 200mm to get the number of steps that’ll be required. Then proceed to divide the number by the height to identify the depth of each step.
2. Working downwards from the flight’s top, dig the step shapes and also dig a shallow trench and install a concrete foundation.
3. Enable the foundation to harden by leaving it for about 48 hours, then install two courses of bricks on the concrete strip and use gravel to backfill.
4. With the help of a trowel, apply mortar to the top of the brickwork. Place the first slab on the mortar bed and press down. Then, make use of a spirit level to make sure that the steps are level.
5. On the back edge of the first tread, you should proceed to build the second rise, backfill and install the slab to form the second tread – just like the previous step. Repeat this process until you’ve gotten to the top of the flight.

• Blade material Artificial grass is made up of lots of individual blades, just like real grass. The blades are made of plastic and are sewn to a backing material. To help keep your artificial grass looking great for longer, a blend of blades made from nylon and polyethylene are best. Nylon is extremely resilient, but isn’t very comfy to walk on, so adding the polyethylene which is still very strong helps to keep it feeling nice underfoot.
• Backing material The backing material holds all the artificial grass blades together. It’s made of two layers: a membrane that the grass is attached to, and a section that’s usually made of latex or polyurethane and bonds everything together. When you’re choosing your artificial grass, ask for samples – try to pull away the backing material. If it comes apart easily, steer clear of that type of grass.
• The artificial grass’ use The lifespan of your artificial grass will depend on how much traffic it gets. It’s best to invest in strong nylon or nylon-blend turfs where it’s going to get walked on regularly, such as on a pathway to a door. Of course, if the artificial grass is more ornamental, a lower-quality product will last a long time.
• Good installation One of the main things that will help your artificial grass last a long time is effective installation. If artificial grass is laid badly, it might suffer from poor drainage and weeds which will reduce its lifespan. It’s always best to get your artificial grass installed by a professional since they’re trained in fitting it to a high standard.

1. Calculate the surface area for your decking Multiply the length (L) of your decking area by the width (W): L x W = Decking Surface Area (DSA) in m² 10 x 6 = 60m²
2. Work out the coverage of your deck boards Add your deck board width (DBW) to the expansion gap length (EGL), then add the deck board length (DBL) to the expansion gap width (EGW). Then multiply these numbers. (DBW + EGL) x (DBL + EGW) = Single Board Coverage (SBC) 0.144m + 0.005m = 0.149m 2.4m + 0.003m = 2.403m 0.149 x 2.403 = 0.358m²
3. Calculate the number of deck boards you need Multiply the SBC by 1.1 to allow for 10% wastage. Then, divide the DSA by the SBC. DSA / SCB x 1.1 = Total number of boards required 60m² / 0.358m² x 1.1 = 184.36 boards – so round up to 185 so you’re not left short.