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Oil stains on your concrete driveway can look obvious and unsightly. However, there are several different ways to remove them.

If you’ve only just spilled the oil, you can use a mixture of absorbent material, like sawdust, and solvent, like acetone or lacquer. Combine these, place them on the stain, cover and leave for about 24 hours. Then sweep up the mixture and rinse the area with water.

If you’ve got a small, older stain, you can use a detergent like baking soda, vinegar, washing up liquid or laundry detergent. Cover the stain with the detergent and leave for about 30 minutes. Then, add hot water and scrub the area and rinse. You might need to repeat this if necessary.

If it’s a larger, more stubborn stain, you might need to use a special degreaser. You can use this similarly to a detergent but make sure you follow the instruction on the bottle carefully.

While resin bound and resin bonded driveways have similar names, it might surprise you to know that they’re very different. Both paving systems use resin and aggregates (stones) to form a fixed surface, but there are plenty more differences than there are similarities.

Resin bound driveways are made from a resin and aggregate mix that is trowelled onto a bitmac or concrete base. It leaves a smooth, flat finish and you won’t find any loose gravel. It’s also a pourous surface, which means that rainwater can pass through into the ground, avoiding pools and flooding.

However, resin bonded driveways involve spreading resin across a base, then scattering aggregate into it. Most of the stones will stick to the resin, but some will stay loose. That means you’ll get the effect of loose gravel without so much to sweep and take care of. Because the stones are scattered onto a complete layer of resin, water can’t pass through it. That means you could end up with water pooling, and it also means that a resin bonded driveway isn’t frost resistant, meaning it could get slippery.

So which is better – a resin bound or resin bonded driveway? The answer depends on a few things. If you have a period property where a smooth, shiny surface might not complement the look of your home, you might want to go for resin bonded. If you need lots of grip, for example if you’re a wheelchair user, resin bonded may also be the way to go – even though resin bound surfaces still offer enough grip for sloped driveways and ramps. But if you want a low-maintenance, weed-free, permeable surface, resin bound driveways are the way to go.

Slab paving is a great material to use to create a sturdy shed base.

Start by measuring out the area where your shed is going to be. This needs to be the size of your shed, plus about 10-20cm extra each way. Mark it out with string and pegs, make sure it’s square, and dig it down to about 6cm deep.

Then create a sand and cement mixture and put a layer down, followed by your paving slabs. Make sure you start in one corner and use a rubber mallet and spirit level to make sure they’re as level as possible. Leave this to set and you’re ready to use your shed base.

Are you worried there’s a slope on the area where your block paving is to be installed? Good news is, it’s very possible to lay block paving on a slope. However, this can be a very difficult task which should be done by a reliable professional ( especially if you lack proper training and experience) who can guarantee the best results, the first time and also help save you money from possible costly mistakes. This guide will provide you with everything you need about the slope block paving installation process. Let’s have a look!

• Demarcate The Walkway

To get started, you have to determine how and where you want your walkway to be while also determining the thickness of the paver. Ensure to choose the less sloppy area and utilize landscape paint to mark the area visibly.

• Prepare The Ground

Clear out all forms of dirts, roots, rocks and other debris on the soil. Once done, proceed to cutting the sods to the required length and put them somewhere close.

• Make Boundaries

There’s a need for landscape borders. Here, it’ll be easier to use plastics as boundaries for your lawn’s edges. Install them on the sides that have already been cut

• Apply A Level Of Gravel

Obtain the correct size of gravel and spread them evenly over the area to ensure a firm foundation for the pavers is formed. Makes sure that the rocks is at a minimum of 2 inches deep into the soil.

• Install The Block Pavers

Start from the centremost position of the pathway and work towards the sides until you’re able to cover every inch of the area.

• Apply A Layer Of Cement

Apply cement over the pavers and utilize a broom to sweep it and fill up all the gaps and spaces between the pavers. Then, press the pathway to be levelled using a compactor.

Do you want to know the level of thickness a driveway concrete slab should be? Well, you are not alone! So many other home owners ask this question on a regular basis and reasonably so. In order to prevent cracks on your concrete over time, it’s crucial to ensure an even thickness across your driveway concrete. To determine the necessary thickness of your driveway concrete, there are some questions that must be answered. These includes:

• What’s the number of vehicles you expect to have on your driveway?

• Do you plan on parking heavy, industrial vehicles on it?

For a standard passenger vehicle driveway, you’d have a driveway spanning 8 to 9 feet in width as well as 15 to 18 feet for double width. The thickness for this type of driveway concrete is usually 4 inches of non-reinforced pavement. Ultimately, this enables you to park everyday family cars on it without having to worry about it cracking due to the car’s weight. Also in order to prevent cracks, it’s expected that the driveway should be sloped towards the street as this would make sure that there’s a run off of water especially for areas that experience lots of flooding. In addition, there’s also the need to install joints to prevent cracking. For the standard 4 inch thick driveway, these joints should be positioned about 10 feet apart.

Finally for parking heavy industrial vehicles, your concrete driveway is expected to be thicker in order to cope with the added weight. Typically, the concrete driveway will require a thickness of about 5 inches. The additional one inch may not sound much, but the fact is this can increase the load carrying capacity of the concrete driveway by up to 50 percent.