Get the best price on Celotex Insulated Plasterboard (PL4000). The Celotex PL4000 board is a thermal laminate board with a paper facing, laminated to a piece of 12.5mm tapered edge plasterboard which offers great insulation quality at fantastic values. If you are insulating a garage or a room where the space is minimal the Celotex PL4000 thermal laminate is the ideal insulation board for you.
PL4000 is manufactured from rigid polyisocyanurate (PIR) using a blend of blowing agents that have zero ozone depletion potential (zero ODP) and low global warming potential (GWP).
The Celotex PL4000 thermal laminate board can be fixed using standard masonry fixings and drywall adhesive which is also known as Dot n Dab. The Celotex PL4000 thermal laminate comes in a variety of thicknesses ranging from 25mm to 65mm Celotex.
The PL4000 provides excellent thermal performance. The Celotex boards are light and rigid making transport, handling, and installation easy. The insulated plasterboard is a 2in1 solution to insulate and dryline walls at the same time at an affordable cost.
With Celotex PL4000 thermal laminate insulation you are specifying an insulation board that:
- Offers the user the ability to install both the insulation and plasterboard in one operation, thus reducing installation times
- It is suitable for both direct bonding (‘dot and dab’) and mechanically fixed installation techniques
- Offers the installer maximum flexibility and installation speed due to the tapered edge plasterboard
- Provides reliable long-term energy savings for buildings
- Is suitable for both new builds and refurbishment projects
- Can be easily used to upgrade to current building regulation standards
- Can be used in pitched roof, flat roof and wall applications
If you’re looking for something similar to Celotex Insulated Plasterboards, Kingspan Kooltherm K118 Insulated Plasterboard can be a great alternative and can found in the below link.
Kingspan Kooltherm K118 Insulated Plasterboard
Please see below our Celotex Insulated Plasterboard datasheet and safety regulations.
- Reaction to Fire: Euroclass B-s1, d0 Reaction to Fire classification, according to EN 13501-1
- Achieves a BRE Green Guide A+ rating
- BBA approved – certificate 16/5357 (Plasterboard Thermal Laminate)
- Lambda: 0.022 W/mK
- Facer:12.5mm tapered edge plasterboard; multi-layer composite
- Board Coverage: 2.88m2
- Board / Roll size: Width 1200mm, Length 2400mm
- Thickness: 25-65mm (+12.5mm Plasterboard)
- Material: PIR Plasterboard Laminate
- Paper facing
|Lambda Value (W/m.K) – including plasterboard||0.022||0.022||0.022||0.022||0.022|
|Maximum Weight (kg/m2)||9.99||10.46||10.96||11.31||11.48|
|Pieces per Pallet||52||44||36||32||28|
Celotex Insulated Plasterboard Mechanical Fixing Guide
Before you begin:
- Ensure the wall is sound, secure, free from any contaminants and dry.
- When cutting the insulated plasterboard, it should be carried out by using a fine toothed saw, or by scoring with a sharp knife and then snapping the board over a straight edge and then proceeding to cut the facing on the other side.
- Ensure accurate trimming to achieve close joints and continuous insulation.
Fix timber battens at the floor and ceiling around the room’s perimeter. Then fix further battens to the wall and around any openings or surfaces. Fix each batten approximately 75mm from its end and no more than 600mm horizontal centres.
Each batten should have a minimum depth of 25mm and width of 47mm and backed with a strip of damp proof course.
The installation should start from an internal corner, a window or door reveal.
Insulated plasterboard sheets should always lap the timber battens at the sheet joints. Note the timber noggins may be required where sheets of insulated plasterboard are unsupported.
Ensure each sheet is lightly butted with fixings located no less than 10mm from the bound edges of the sheet. Cut the insulated plasterboard approximately 5mm short of the floor to ceiling height.
Fix the sheet with either drywall screws at 300mm centres or large headed galvanised clout nails at 150mm centres. Fixing should be long enough to allow a minimum penetration into the timber batten or frame.
Drive all fixings straight, with heads embedded just below the surface of the plasterboard.
To finish seal the perimeter of the insulated plasterboard with a flexible sealant or equivalent.
Regardless of the method used, additional consideration should also be given for the fixings of cupboards and radiators etc.