Find a Shop Fitter you can trust in Wakefield.

Removing a double glazed window can be quite labour intensive. If you decide to try it yourself, make sure you give yourself plenty of time, and wear gloves and goggles.

Begin by unscrewing all opening windows at the hinges and removing them. Then take away the beading and putty around any fixed panes and take them out too.

Once you’ve removed all the glass, use a saw to put angled cuts in the frame, and a bar and hammer to remove it in sections. You should remove the sill if you’re going to replace that too.

Finally, cut through any screws holding the frame into place with a hacksaw.

Composite doors have coloured skins rather than a coloured coating on their surface. This means that their colour is long-lasting and they don’t need repainting. If you want to change the colour of your composite door it’s best to ask the manufacturer about the best way to do this. This is because different composite doors are finished in different ways.

When you’re trying to decide on an architect to hire, start by making sure that all the professionals you consider specialise in residential architectural services. The architect you choose needs to be an expert in and have plenty of experience working on similar projects to yours.

It’s also important to factor in what other customers think. Look for online reviews of the professionals you find, ask to see portfolios of their work and even ask for references. This will help to give you an idea of whether they’re skilled and reliable.

Make sure you also meet and have a discussion with any architects you’re considering hiring for your home building project. It’s vital for you to get on with them and to share the same vision, otherwise you’ll struggle to get the end result you want.

If you’re going through new constructions or renovations and looking to change your old front door and install a brand new composite door, then you’re at the right place. Composite door fitting can be a DIY project but it’s essential to have the necessary training and experience before commencement. If not, we’d recommend you hire the services of a reliable professional to guarantee the best results and save yourself some time and money.Here, we’ll give a good insight into the composite door fitting process.

To get started, here are some of the tools that may be required - tape measure, hammer, stanley knife, crowbar, chisel, saw. Silicone sealant gun, spirit levels, electric drill ( including the hammer section), rubber mallet and 6mm socket spanner.

lPreparation

• Remove the existing door by rounding up the door frame firstly with a knife to reduce the possible damage to the wall.

• Cut through the door jambs.

• Remove each in two separate sections.

• Ensure the opening is level without any screws, mastic and filler.

lAlign Your Composite Door

• Ensure the sill of the door is level and flat.

• Make sure the frame is square and plumb in both planes.

• Bridge the cavity of the wall and cover the DPC

• Ensure that the frame is square. If not, your composite door won’t function as it should.

lInstall Your Composite Door

• Place the door in the frame.

• Hold the frame firmly in position with wedge packers

• Make sure the packers are positioned close to where the fixing will be placed.

• Make sure the jams are square and plumb in all planes by using a long spirit level.

• Secure the frame to the brickwork with the use of a drill.

• Place the fixings at the top and bottom of each hinge as well as each of the lock keep.

• Top fixings should be fitted 150mm and 250mm from each corner.

Do you know about 25 percent of heat that escapes from an uninsulated house are lost through the roof? Fortunately, roof insulation is something that can done by all DIYers irrespective of their experience levels. However, if you happen to lack the confidence necessary to pull off this, then it’s strongly recommended that you hire the services of a professional who can guarantee the best results and also save you time and money that could arise from potential cost mistakes. Let’s take a look!

• Clear out all clutter. This involves taking out all the rubbish and clutter from the loft. In order to work effectively, you’ll need a totally clear and empty loft space.
• Ensure that there’s sufficient insulation. The importance of a good ventilation cannot be overstated. Poor ventilation will result in forming of condensation and this condensation can make the roof timbers rot and compromise the structural integrity of the entire roof. If there are no roof windows which is the easiest way to provide a loft ventilation, the next best option would be to follow the loft floor along to the point where the roof comes down to meet it. There should be a gap at this point, also referred to as the eaves, between the outside wall and the underside of the roof.
• Measure your loft area. Take a measurement of the loft space in order to calculate the amount of insulation as well as the type you need. If you’re not sure, always get more that it’s required as skimming on the amount you use will only back fire in form of increased energy costs
• Check for water pipes.

To get started, simply make sure all cracks and gaps in the ceiling are filled using a standard filler or decorator caulk. Once done, clean the gaps in the joists and even to the point of hovering all the dust up. Finally,check for the hazards that can cause you problems before laying the loft insulation.

If you’re considering adding a two storey house extension, then setting a budget for this project would be a great way to get started. Similar to a rear extension, a two storey extension usually leaves the rest of the building needing some work and, due to its size, this may imply the re-development of the entire house - which is why they can be very costly. Some of the other influencing factors that can have big impact on a two storey house extension cost includes: your location, the size of the build, complexity of the design ( anything beyond the standard build will normally require more expertise and time), the glazing to be incorporated ( the more the glass used in the project, the more the material cost), as well as the team used.

Generally, when it comes to extensions, the major part of the expenses will be made on the build of the project. This is because it doesn’t only cover the material cost but also the contractor’s overhead as well as the daily rates. At this stage, the extension prices can be determined by the standard of the work that’s being done.

For a fairly average room size of about 18 square metre, the two storey extension should cost within the range of £2,500 to £3,000 per square metre - with the range being determined by the finishes incorporated. Therefore, a two storey extension of about 18 square metre should cost within the range of £45,000 to £55,000. However, this is with the assumption that there are standard window sizes, bathroom suits are modest, and without any need for any purpose joinery or glazing. If you wish to include all these extra features you’ll also have to pay more to make the total cost between £70,000 to £80,000.

Why Do Roof Tiles Slip?

Despite being our first line of defence against the elements and covering the most valuable assets we possess, it’s shocking the reason why most roofs go unnoticed for years. However, when a damp patch suddenly appears on the ceiling or water starts to leak into our home, the condition of our roofing suddenly becomes of huge importance to homeowners.

In the UK, we get a fair share of harsh wind and heavy rainfall across the year which over time can lead to a plethora of roofing issues. One of the most obvious to identify is when roof tiles slip. If you’re also facing the same challenge, then you’ll most likely be interested in knowing the reason behind this occurrence. In this article, we’re going to take a look at some of the reasons why roof tiles slip.

Roof tiles can slip as a result of a corrosion of the nails that’s in place to secure your tiles to your roof. This happens especially during strong storms, whereby several roof tiles can be dislodged by rain and winds. If the affected tiles are just a few, then it may actually be a little issue to resolve. However, there are also times that the tiles slippage can be caused by a more serious issue. What’s more? You can also discover slipped roof tiles if the wood of your roof is corroded or weak. However, this applies a lot more to older homes than new or recent constructions. Any of the above reasons may be the main cause of your roof tiles slippage, but if you really want to know the exact cause for sure, you’ll have to call in a professional roof company to inspect your home.

Scaffolding, also known as scaffold or staging, is an impermanent construction used to provide sustenance to a work crew and materials to help in the erection, upkeep and mending of structures, bridges and all other man-made constructions. Scaffolds are extensively used on site to get access to altitudes and parts that would be otherwise hard to get to. Hazardous scaffolding has the potential to result in demise or serious accidents. Another major use of scaffolding is in modified methods for formwork and shoring, concert stages, grandstand seating, access/viewing towers, ski ramps and art projects.

There are five main types of scaffolding today. These are Tube and Coupler (fitting) components, manufactured segmental system scaffold apparatuses, H-frame / facade modular system scaffolds, timber scaffolds and bamboo scaffolds.

Each type is made from numerous components which every so often include:

• A base plate or jack: It acts as the scaffold’s load-bearing base.

• The upright component with its connector joins.

• The ledger: The horizontal brace.

• The transom: It is a horizontal load-bearing component which helps to hold the batten or the decking unit.

• The brace diagonal.

• Cross-section bracing component

• The batten or the board decking component: On which the working platform is made.

• The coupler: A fitting which joins components together.

• The scaffold tie: It is used to tie in the scaffold to structures.

• The Brackets: It is used to extend the width of working platforms.

Particular machinery used to support in their usage as a provisional edifice often comprises of heavy-duty weight-bearing transoms, ladders or stairway units for the ingress and egress of the scaffold, beams ladder/unit types used to span obstacles and rubbish chutes used to eliminate undesirable constituents from the scaffold or construction development.

The European Standard, BS EN 12811-1, stipulates performance necessities and procedures of physical and universal design for access and working scaffolds. Requirements specified are for scaffold constructions that depend on the adjacent erections for steadiness.