52.5mm Insulated Plasterboard
Get the best price on 52.5mm insulated plasterboards on our website. Celotex 52.5mm is a quality product made up of a polyisocyanurate (PIR) core with a foil lining on one side and paper lining on the other. The foil lined side of the sheet is bonded to 12.5mm plasterboard. The plasterboard is made up of a Gyproc core with quality paper linings.
Celotex, known for its brand, is esteemed for the excellence of its products Their top-notch products are nearly unbeatable in terms of price competitiveness on our website. Celotex insulation boasts great thermal efficiency. This 2-in-1 product consists of plasterboard bonded to a PIR board to create a plasterboard with thermal qualities. The 52.5mm thermal plasterboard is a popular Celotex product.
Celotex 52.5mm Insulated Plasterboard
- 52.5mm – Product code PL4040
- 52.5mm Insulated Plasterboard is a popular product in the construction industry and a standard size board suited to fit most projects
- This is a 2-in-1 product means you can improve thermal quality of the building and apply a wall finishing in one application
- Insulated plasterboards are lightweight making them super easy to handle, cut, and install, this versatile product can be installed within domestic or commercial buildings
- This product is a 12.5mm plasterboard and 40mm insulation board. This standard board is a safe choice when insulating you home and one of thinner made insulated plasterboard products, making the most of your space
- The 52.5mm is cost effective and practical
- This board offers an incredible thermal conductivity of just 0.022W/mK – which for those who don’t know, means very small amount of heat can pass through the board, keeping the heat inside your home or office!
- Whilst staying warm in the winter and cool in the summer, you’re also providing an energy efficient environment that contributes to the reduction of climate change
- While you think it stops at helping the environment, with less heat escaping, Celotex insulated plasterboards can also save you money on your energy bills
- These boards can be applied to walls and pitched roof applications in either a dot and dab or mechanical fixing application
- All Insulated plasterboards are CFC, HCFC and Formaldehyde Free with zero ozone depletion potential (ODP) and low global warming potential (GWP)
- Don’t be surprised if you see Insulated Plasterboard referred to as the following, Thermal laminate, Thermaline Boards, Insulation backed plasterboard, Thermal PIR Board.
- Reaction to Fire: Euroclass B-s1
- BS EN 13501-1
- CE Marked (18.DOPPL4000-01) to BS EN 13950
- BBA Approved (Cert no 16/5357)
- Achieves a BRE Green Guide A+ rating
- Quality Management Standard – ISO 9001:2015
Why pick 52.5mm Celotex Insulated Plasterboard?
52.5mm Celotex Insulated Plasterboard is a versatile option for construction and renovation projects, offering numerous advantages. One of its primary benefits is thermal insulation. It significantly improves a building’s energy efficiency by reducing heat transfer, resulting in lower heating and cooling costs. This feature is particularly valuable for maintaining a comfortable indoor environment and decreasing energy consumption.
Another key benefit is that the product is a 2-in-1 product, which combines insulation and plasterboard. This can cut down installation time in half compared to installing insulation and plasterboard separately.
From an aesthetic perspective, 52.5mm Celotex Insulated Plasterboard offers a smooth and uniform finish that can be easily painted or decorated to match interior design preferences. This creates a polished and visually appealing surface that contributes to the overall aesthetics of a space.
Moreover, using Celotex insulated plasterboard can assist in meeting energy code requirements and improving a building’s energy efficiency rating. This is crucial for new constructions or renovations aiming for certification or compliance with energy efficiency standards.
How to install 52.5mm thermal plasterboard in a wall?
Insulated plasterboard can be installed using the dot and dab method however the most used method of installing insulated plasterboards is to mechanically fix the boards onto timber battens. See below.
Fix the timber battens at the floor and ceiling around the entire room. Then go on to fix the battens around door and window openings and vertically around the room at 600mm apart. Fix the battens 75mm from its end. Every batten should have a minimum depth of 25mm and width of 47mm. Back the battens with a damp proof course (DPC).
Cut the insulation boards to the required size. The boards should be cut 5mm short of floor to ceiling height.
Fit the insulated plasterboard, at sheet joins, lap them over the timber battens so the two sheets meet at the centre point of the batten. Tightly but the boards with fixings no less than 10mm from the edges of the board. Fix drywall screws at 300mm centres. Or large headed galvanised clout nails at 150mm centres. Make sure the fixings do not go all the way through the timber. A penetration through the board and 22.5mm into the timber frame should be enough.
Seal the perimeter of the insulated plasterboard with flexible sealant or the equivalent product. Go on to complete the wall using plaster and adhesive compound. Add paint and keep the walls plain or add a bolder touch to suit your taste with wallpaper.
Does Insulated Plasterboard cause dampness?
When Insulated Plasterboard is installed correctly and care is taken to ensure all gaps between and behind the insulation boards are filled, this will prevent dampness from occurring. When gaps are filled to high standards this prevents moisture from migrating from the warm air in the room to the colder solid wall behind the insulation. If the Insulated Plasterboards are not correctly installed and gaps occur, this will present a condensation risk. When boards are installed, care should be taken to ensure the relevant wall is free of mould and rot and if they should occur they are treated before installing the boards. Installing insulation materials over mould or rot can cause the problem to worsen and in extreme cases, damage to the structure of the building.
What size thermal plasterboard do I need?
The size you need will depend on the space being insulated. Thicker insulation is always the best option to achieve the best thermal conductivity possible however a thinned board will also improve the thermal conductivity. This decision is really based on how much space you want to save, and if the board meets the building regulations.