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Our aesthetically pleasing product has excellent thermal insulating values, thereby creating a more comfortable environment to live and work in. These insulation properties make it ideal for insulating roofs, ceilings and walls. The additional advantage is that it provides a permanent maintenance-free internal surface
IsoBoard, high-density extruded polystyrene rigid thermal insulation board, having 100% closed cell structure!
Isoboard – the Inverted Roof Concept, also known as protected membrane or upside down roofing, ensures insulating both the water-proofing membrane and the reinforced concrete slab from extreme thermal stress. This is achieved by placing IsoBoard extruded polystyrene insulation board above, instead of below the waterproofing membrane.
Habito™ Drywall has the strength of brick and the benefits of drywall. Habito™ Drywall creates a buffer against excessive noise and insulation against temperature fluctuations. It is tougher and stronger than standard plasterboards with superior load bearing that allows for 15kg weight per wood screw…
RhinoBoard is a plasterboard and consists of an aerated or foamed gypsum core encased in, and firmly bonded to, special paper liners.
IsoBoard thermal insulation is a high density, extruded polystyrene rigid insulation board, having a 100% closed cell structure. IsoBoard has been tried and tested internationally since 1970, and manufactured in South Africa since 1995, using a fully automated extrusion process, in accordance with international specifications and standards.
The Sagex EPS cavity wall insulation Improves the thermal performance of masonry walls to meet SANS 204 CR requirements, is lightweight, easy to cut is resistant to aging, mildew, bacteria and rot and will not sustain vermin.
Where construction, design and / or cost implications prohibit the installation of an inverted roof insulation system, the requirement for insulation is met by fixing IsoBoard to the under soffit surface of the slab as a ceiling.
Hydroboard is a moulded insulation board for applications where resistance to moisture and compression is required such as insulation of surface beds, flat roof insulation above waterproofing, cavity insulation in masonry walls. Hydroboard is produced from a raw material specifically formulated for water resistance.
RhinoBoard is a plasterboard and consists of an aerated or foamed gypsum core encased in, and firmly bonded to, special paper liners. RhinoBoard is used as lining/cladding for ceilings, drywalls and drylining. RhinoBoard is non combustible and it is used as a lining in fire rated drywall and ceiling systems.
Isoboard cavity wall insulation will prevent heat transfer and build-up to the inner leaf of sun exposed walls. Moisture within the cavity is prevented from condensing onto and penetrating through the inner leaf when IsoBoard is installed. The insulation restricts heating ingress to temperature controlled and passive cooled environments.
Starfibre™ consists of flexible rolls of insulation manufactured from recycled plastic bottles to produce a high quality polyester fibre ceiling insulation which is light-weight, strong, resilient, safe and highly thermally efficient. Starfibre™ is supplied as a plain blanket for thermal and acoustic applications in roofs, walls and ceilings in all types of buildings.
Hebel is a lightweight autoclaved aerated concrete which is completely cured, inert and stable form of calcium silicate hydrate. It is a structural material, approximately one quarter the weight of conventional concrete, composed of minute cells which give the material light weight and high thermal insulation properties. It is available as blocks and pre-cast reinforced units, i.e. floors, roofs, walls and lintels…
Thermal and acoustic insulation blanket fixed to the wall for coustic correction in cinemas, compressor houses and machine rooms.
Waterproofing the roof of this datacentre with abe®Unigum 3mm and 4mm with super laycryl grey finish. abe®Unigum dual reinforced is a robust and stable membrane due to the incorporation of two reinforcement materials; the membrane strength from the polyester and the stability from the fiberglass mat. abe®Unigum dual reinforced bitumen waterproofing membranes possess excellent ageing resistance and dimensional stability making them suitable for solving the most difficult waterproofing problems on flat, sloping and pitched roofs, reinforced concrete, prefabricated concrete, masonry cement, metal or timber decks and terraces, with or without thermal insulation and for renovation purposes.
A combination of Thermocoustex Fibre Blankets and Thermocoustex Boards were used on the walls, ceiling voids, below the roof and inside air conditioning ducts to achieve the acoustic requirements of the film studio, as well as comply with the SA10400-XA Energy Efficiency regulations.
Resin-bonded, semi-rigid high temperature resistant mineral wool boards/slabs. The board is supplied plain, however on request it can be faced with reinforced kraft/aluminium foil. Applications include thermal insulation of process plant and equipment, suitable for application on flat or slightly curved surfaces, suitable for increasing the fire resistance of lightweight building elements e.g. partition walls.
D&D Roof Insulations supplies roof insulation materials fit for large-format steel roof structures with steel cladding, roof sheeting, side cladding and more
Starlite® consists of flexible rolls of insulation manufactured from high quality non-combustible glass mineral fibre using an inert thermosetting binder to form a product which is light-weight, strong, resilient, safe and highly thermally efficient. Starlite® is supplied as a plain blanket for ceiling applications, or faced with a variety of scrim re-inforced facings being aluminium foil or white coated aluminium foil for industrial and steel roof applications. Starlite® is used for thermal and acoustic applications in roofs, walls and ceilings of all types of buildings and has a working temperature of up to 230°C.
Loss of heat through floors on concrete surface beds is experienced as a cold underfoot condition, particularly during winter when the supporting soils cool down due to hygroscopic action of water. In order for rooms to be heated or cooled energy efficiently, the floors need to be insulated from the surrounding soil bed to prevent soilbed from being heated.
EPS beads which are treated with a chemical additive to enable the production of lightweight, thermal insulation mortars of various densities. Applications include thermal insulation mortar for concrete roof decks, underground floor slabs, basement walls, swimming pools etc, lightweight filler for voids or levelling of floor slabs, cavity fill for steel frame construction…