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The short answer to this is no! Smart thermostats can still be used without WiFi, however, they’ll be deprived of some certain capabilities and innovative features that comes mainly due to their ability to connect to the internet. As a result, the smart thermostat will only be functional for basic task such as heating and cooling control. In other words, making use of a WiFi connection will be in your best bet to enjoy the multiple juicy benefits that comes with a smart thermostats such as remote monitoring, ability to connect to other devices and display local weather conditions and much more. And what’s the use of purchasing a smart thermostat if you’d not be able to enjoy these remarkable features?

However, even when you have a WiFi, it’s expected for the connection to fail at times. When this happens, what will be the impact on your smart thermostat? Let’s have a closer look!

• As you would have expected, when your smart thermostat is disconnected from WiFi, features that are controlled with the mobile app would all be impacted. And this might be a big headache when you wish to access these features and control remotely when far away from home.

• When your smart thermostat connection to WiFi fails, all live updates and alerts would be affected. This implies that you’d stop seeing updates, reports and notifications on your mobile device. As a result, you’ll not be notified in case of an emergency like electricity cut-outs, water leaks, humidity and temperatures exceeding the set levels as well as thermostat’s low battery.

• The lack of a WiFi connection might have taken away all the juicy advantages of having a smart thermostat, but one function that remains unaffected is the basic one - the control of your home’s heating and cooling system. In other words, if your smart thermostat is offline, your home will still be heated and cooled to the thermostat’s set temperature.

Before the commencement of any project, it’s always best to get an estimation of the cost. However, determining the cost of an external solid wall insulation is not the easiest of tasks as it relies on varying components such as the insulation materials to be used, labour cost and installation as well as the type of decorative finish to be incorporated. And depending on your choice of insulation material, some may need some adhesives while others may require some fixings which also contributes to the differences in price. As a result, the determination of the material cost alone can be tricky and even more so when various materials cover varying areas.

With that in mind, the cost of external solid wall insulation generally ranges between £80 to £100 per square metre2. As a result, a small flat can cost from £6000 to £9000 whereas a large detached house can have a price ranging between £21000 to £23000. To earn back your investment in terms of energy bill savings can take a couple of years, but it’s surely worth the try as there are several other benefits associated with installing an external solid wall insulation system. What’s more? Another huge factor that can influence the cost of your system is also the amount of work that’s required, how easy it is to be accessed by the installers and lots more

If you’re looking to cut down on the cost of your external solid wall insulation, then the best time for an installation might just be when you’re having another decorating or building project done such as fitting a new roof, window painting, installation of solar PV panels and more. This way, you’ll be able to spread the cost and have a greater value for each penny expended.

Generally, it’s possible to extend a barn conversion, but there are certain conditions that you’ll probably need to meet. Ultimately, it’s up to your local planning office to decide whether to approve your planned barn conversion extension or not.

Typically, small extensions on the side of a barn conversion are often approved, particularly if they serve to preserve the original character of the barn. This could be because the extension will mimic the appearance of the original structure, or house facilities that would look odd in the original building.

However, you probably won’t be allowed to build a larger extension, or one that isn’t in keeping with the appearance of the original barn.

• 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.

Some floor tiles are so lovely you just can’t help but wonder if it’s safe to be used on the walls as well. If you’re also thinking along the same line, you’re not alone! Several other home and property owners are busy finding answers to this particular question. Now let’s look at the possibilities.

Generally, any tile designed as a floor tile by the tile manufacturer can also be laid on the wall (vertical surfaces) as well as countertops. Due to the fact that the floors are usually subjected to greater use than the walls in terms of foot traffic, the durability required is also considerably greater. Therefore, a floor tile with Abrasion Resistance values ranging from I - V is suitable for wall installation. However, you should take note that exterior wall applications must be different from its interior counterparts and must only be incorporated on tiles that are frost resistant.

There are two other factors that must be taken into consideration before you install a floor tile on your walls which includes the weight of your tiles per m2 as well as the strength of the surface in which the tile is to be installed. If you don’t want your tiles falling off, the combined weight of the tiles with the adhesive and grout should not be more than the maximum weight required per m2 (20kg to 35kg depending on the wall substrates).

Now that you have an idea of the possibilities of installing floor tiles on walls, it must, however, be said that reverse is the case when it comes to installing walls tiles on the floor. Wall tiles are, generally, not suitable to be laid on the floor as they are mostly non-vitreous ( cannot withstand excessive impact, abrasion or thaw cycling).

Since it’s very common to find heated floors in the bathroom, it becomes very understandable that most home and property owners are fitting a radiant floor heating system under tile flooring. If you’re thinking about how you can fit heat under tile floor, then you’ve come to the right place. However, if you lack enough confidence to pull this off, then we’d advise you get in touch with a professional who can guarantee the best results for help. In this guide, we’d be considering how heating products are fitted under the most commonly heated flooring material which is tile. Let’s take a look!

1. Take a measurement of the room you wish to heat. When taking this measurement, you should leave out permanent fixtures such as tubs, toilets, floor vents and more. This information will be used to create a project sketch which includes the room dimensions
2. Test your electric floor heating rolls. To make sure that your floor heating rolls are in perfect working condition, you should use a digital ohmmeter to test it.
3. Inspect the subfloor. Clear the surface of any nails or other sharp objects which could cause damage to the heating element.
4. Install the flex roll. Simply roll out your flex roll till it gets to the opposite side of the room. Once done, you can then cut the mesh and turn 180 degrees to continue fitting in the other direction.
5. Place the sensor. If you happen to possess a floor heating thermostat that enables a floor sensor, ensure to position the sensor near the thermostat’s location and exactly between two cables, then use hot glue or weave into mesh to secure it.
6. Connect the thermostat. We’d advise you get in touch with a professional to have this done.
7. Install the tile.

An eave is the edge of a roof, which is why they are now and then called roof eaves. On a household's outside, eaves can stick out outside the side of the building, serving both ornamental and applied purposes. The eave of a house has come to mean the lower area of the roof that projects after the external covering, as opposite to a cornice, which is part of the entablature in Classical architecture.

Think of how a roof outspreads outside the covering, and then think about how a hard rain may roll down the roof and, on the ground, away from the structure. Centuries ago, the eavesdrop was that indentation line made around a structure when the rain fell off the edge of the roof onto the ground.

Types of Eaves

A roof can come to a conclusion in essentially three ways. A closed eave is the one which has very little or no overhang at all. An open eave has a visible overhang, projecting beyond the roof brackets. A boxed eave is surrounded with a soffit.

The Use of Eaves?

An eave can defend the siding and substance of a structure. A roof eave bulging beyond the sides permits snow and rain to fall from the roof away from the covering, to the ground. The more the "weather" gets thrown away from the household, the chances of you having a dry basement increases.

In cases of regions with a warmer climate, a large eave can help provide shade to the interior of the house. In rainy environments, the prolonged eaves of Asian architecture deliver shelter from the climate, as well as direction. In the 21st century, an eave may be an inconspicuous site for security cameras and light.

Once you have your new bathroom installed, or perhaps you’re only replacing the old downlights, you’d probably want to know how to go about fitting your new bathroom downlights. If yes, then you’re not alone! This is a very common question amongst several homeowners and we wish to guide you through once and for all. However, it must be said that if you are not a competent DIYer or probably lack the confidence or skills to pull this off, then it’s advisable to hire a professional to get the best results and also save yourself some money and time.

Here are the list of the tools you’ll need to fit your bathroom downlights: Tape measure, chalk line or laser, pencil, pad saw, hand drill, hole saw and screw drivers.

✓ Measure the bathroom ceiling and mark out the central point of the light which will be where the downlights will be placed. Drill a small pilot hole here.

✓ Check above the ceiling to ensure that there’s no pipes, joists or wires in the way. It’s always a good practice to make sure that there’s sufficient room around where the downlight is to be installed in order to avoid placing it too close to a joist or any other obstacle. You should try as much as possible to maintain a 6 inch gap around the spot where the downlight is placed to make sure the fitting does not overheat.

✓ Use a hole saw or a plasterboard saw to make the cut out for the downlight. Check the downlight’s box for instruction on the size.

✓ Once you’ve been able to make a clean cut ceiling hole, pull through the wiring through the hole so that the downlight can be wired. Once done, then you can fit the downlight into the hole by holding the two springs back against the sides of the downlighter and push up into the hole.