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TILER, HANDYMAN, PROPERTY MAINTENANCE

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Tiling Weight limits

Posted on April 15, 2014 at 10:48 AM Comments comments (3)
The maximum weight of tiling which can be supported by a dry, well-adhered plaster background is 20kg/m². This is equivalent to ceramic tiles with a maximum thickness of 8mm plus tile adhesive or natural stone tiles with a maximum thickness of 7mm plus tile adhesive
The weight of tiling to a plasterboard background direct (without plaster skim) should not exceed 32kg/m². This is equivalent to a ceramic tile and adhesive with a maximum thickness of 12.5mm and natural stone and adhesive with a maximum thickness of 10mm.
It is important to emphasise that the weights quoted includes both the tile and adhesive.
Further advice should be sought either from the manufacturer, regarding the suitability of the adhesives and grouts and also guidance must be sought from board manufacturer regarding additional information on recommended methods for the installation of boards.
The following table offers general guidance to some common types of building board and the maximum recommended weights for tiling.

Wall SubstratesMaximum Weight of Tiling per m² Gypsum Plaster 20Kg/m² Gypsum Plasterboard Direct (without a plaster skim) 32Kg/m² Plywood (WBP) Up to 30Kg/m² Lightweight Tilebacking Boards* Up to 40Kg/m². Dependant upon the type and thickness of the board. Glass reinforced Cement Sheets Up to 50kg/m², Dependant upon the type and thickness of the board. Gypsum Fibre boards Approximately 35- 40Kg/m²

Porcelain tiles

Posted on April 10, 2014 at 6:15 PM Comments comments (1)
Porcelain tiles

Porcelain tiles are ceramic tiles with a water absorption rate of less than 0.5 percent that are used to cover floors and walls. They can either be unglazed or glazed.
Large-scale production of porcelain tile is undertaken in many countries, with the major producers being China, Italy, Spain and Turkey. There are also countries undertaking small-scale production, such as Australia and strong growth in Brazil.
The hardness of the tile can be rated from zero to five according to ISO 10545-7 (also, ASTM C1027) test for surface abrasion resistance of glazed tile, and this can be used to determine suitability for various end use conditions.
Polished Porcelain tiles
The dense, hard surface of porcelain has made polishing a viable alternative to a glazed surface. This means that a tile can be fired, then a polish cut into the surface, creating a shine without a glaze.
Disadvantages of Porcelain compared to ordinary ceramic tiles
Porcelain is denser and therefore heavier to handle; it is generally more expensive. Being harder, it is harder to cut and drill, which may make fitting harder and more expensive. Polished porcelain may need sealing, where ordinary glazed tiles do not.
Adhesives
Specialised cements are necessary for installation of porcelain tiles, and in the US specifications are set by the Tile Council of America, and supported by the Tile Contractors Association Porcelain, being denser and heavier than ordinary ceramic tiles, needs a stronger adhesive to hold the weight on walls. Therefore typical ready-mix adhesives are not recommended for porcelain.
Sealing
When porcelain is first made, it is not absorbent, but the polishing process for making the unglazed surface shiny cuts into the surface, making it more porous and prone to absorbing stains, in the same way as natural stone tiles do. Unless they have a suitable, long-lasting treatment put on by the manufacturer, such as nanotech treatment, polished porcelain tiles will need sealing. Porcelain sealer’s are either water-based, which is cheaper, but does not last as long, or solvent-based.






Screed Drying times

Posted on April 9, 2014 at 5:11 PM Comments comments (0)
  •    Sub-floors solid or wood need to be dry. British Standards state a screed should be tested using Hygrometry as described in annex A in the standards. The maximum level of relative humidity in the screed is 75%. There are many manufacturers of moisture testing equipment such as Tramex and Protimeter whose instruments can be used to identify areas for further testing with a hygrometer. These instruments can also be used to check the relative humidity to British Standards. The duration of the test will depend on the sub-straight. Sand and cement will normally require 2 to 3 days against power floated which will require at least 7 days. Never test floors with underfloor heating artificial drying aids (de-humidifiers) switched on. Switch off for at least 4 days prior to setting the hygrometer and they should remain off during the test period.
  • As a guide a new sand and cement screed will dry at a rate of 1mm per day for the first 75mm and 0.5mm per day up to 100mm. Thickness greater than 100mm can take considerably longer (150mm up to and over 1 year) given ideal drying conditions. Anhydrite screeds dry at a similar rate providing the surface laitance has been sanded off to allow evaporation or treat as power floated.
  • Some types of sub-floors can be coated with a liquid damp proof membrane to prevent excess moisture affecting the floorcovering. Always consult the DPM manufacturer for suitability.
  • Rooms below ground level are particularly vulnerable to high moisture levels see section 9 below.

  • Wood sub-floor moisture also needs to be checked. This can be done using the equipment described above with spike attachment. These work by pressing the spikes into the wood with the spikes (2) in line with the grain. The maximum moisture level is 15% although ideally 13% should be considered. Moisture levels above 17% need to be investigated. High levels could be caused by poor ventilation under the suspended sub-floor.

  • Taken from http://www.mflor.com
  • Tanking

    Posted on April 9, 2014 at 4:55 PM Comments comments (0)
    Tanking all wet areas prior to tiling is essential.
     Bal kit


    Tiling onto a wooden floor

    Posted on April 9, 2014 at 4:37 PM Comments comments (2)
    Tiling onto a wooden floor is a big no no , because it can cause your new tiles to crack with the natural movement and expansion you get with wood, The following over boarding should be used to decouple the tiles from the movement ...

    Hardiebackerboard  Taken from there website click here
    Why HardieBacker® Only backer board with a lifetime warranty Used in place of regular drywall, gypsum boards, glass mesh cement boards, and "floated" walls/floors Basic Composition: 90% Portland cement and sand with selected additives
    • no formaldehyde
    • no gypsum
    • no paper facing or abrasive aggregate
    Superior strength and durability so your floors/walls are stable
    • Greater flexural strength than any competitive board
      • 2x greater than cement & +10x greater than glass mat gypsum
      • 3x compressive strength of glass mesh
    Greatest resistance to moisture and mold so your floors/walls are protected
    • Moldblock Technology: achieve perfect score on industry mold tests
    • Contains no paper facing, which serves as a food source for mold, or gypsum, which can disintegrate with continuous moisture exposure
    Resistance to flame spread so you are protected
    • Recognized for use in non-combustible construction
    HardieBacker500 and HardieBacker 1/4"
    • Are easy to install
    • Are available in 3'x5' and 4'x8' sheets
    • HardieBacker 1/4" (0.25") is mainly used for floors and countertops
    • Has the EZ Grid fastener pattern for simple installation
    • HardieBacker500 (0.42") is used for walls and floors
    • .42 size matches up with tapered edge of a drywall sheet
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    1-800-9-HARDIE





    Ditra      taken from website    click here for website

    Schlüter-DITRA 25 is a polyethylene membrane with a grid structure of square cavities, each cut back in a dovetail configuration and an anchoring fleece laminated to its underside. Designed for tile and natural stone installations, Schlüter-DITRA 25 serves as a waterproofing membrane, a vapour pressure equalisation layer to accommodate moisture occurring at the underside of the substrate and an uncoupling layer for problematic substrates.
    The substrate must be even and load bearing. To bond Schlüter-DITRA 25, use a bonding adhesive that is appropriate for the substrate. Apply the adhesive using a 3 x 3 mm or 4 x 4 mm notched trowel. The anchoring fleece on the underside of Schlüter-DITRA 25 must be fully engaged in the adhesive to provide a mechanical bond to the substrate. Please observe the open time of the bonding adhesive. Using the thin-bed method and following all applicable industry standards, set the tile or stone covering directly on the Schlüter-DITRA 25 in such a way that the tile adhesive becomes mechanically anchored in the square, cut back cavities of the Schlüter-DITRA 25 matting.

    Summary of Functions

    a) Uncoupling
    Schlüter-DITRA 25 uncouples the floor covering from the substrate and neutralises the tensions between the substrate and the tile covering that result from the varying deformations of the materials. Likewise, stress cracks in the substrate are bridged and are, therefore, not transferred to the surface covering.
    b) Waterproofing
    Schlüter-DITRA 25 is a waterproof polyethylene membrane with a relatively high vapour diffusion density. Provided the joints, floor to wall transitions and connections to building fixtures are properly installed, Schlüter-DITRA 25 creates a waterproofing assembly with the tile covering that meets the requirements of the mandatory guideline "Recommendations on Waterproofing in Conjunction with Panelling and Tile and Paver Coverings in Interior and Exterior Applications," published by the German Construction Industry Association (ZDB). Exclusively use system approved thin-bed mortars for areas that require CE conformity or compliance with the general certificate of national technical approval. Please contact  us at the address shown in this data sheet for more details. Therefore, Schlüter-DITRA 25 protects the substrate against damage due to moisture penetration and aggressive substances.
    c) Equalisation of vapour pressure
    The interconnected air channels between the cavities on the underside of the Schlüter-DITRA 25 matting remain open. This allows moisture in the substrate to evaporate, therefore neutralising vapour pressure.

    d) Load distribution (load impact)
    The bottom of the square cavities in Schlüter-DITRA 25, which are filled with thin-bed adhesive, directly transfer the load impact on the tile covering to the substrate. As a consequence, tile coverings installed on top of Schlüter-DITRA 25 are highly load resistant. If high traffic loads are expected (e.g. in industrial locations), the tiles selected for the installation must be of the corresponding thickness and pressure stability. The requirements of the mandatory guideline "Ceramic Floor Coverings With High Impact Resistance," published by the German Construction Industry Association (ZDB) must be followed.

    In areas with high impact loads, the tiles must be fully embedded in the thin-bed adhesive. The contact surface of Schlüter-DITRA 25 amounts to approximately 50% of the total surface. This can reduce the load bearing capacity in case of point loads. For high point loads, select a tile thickness that is capable of distributing the loads. Ceramic tile coverings should not be exposed to the direct impact of hard objects. The tile dimensions should be at least 50 mm x 50 mm.

    e) Adhesive properties
    Due to the bonding of the anchoring fleece into the thin-bed adhesive on the underside and the mechanical anchoring of the adhesive in the cut back cavities, Schlüter-DITRA 25 achieves a good adhesion of the tile covering to the substrate (laboratory test values: ~ 0.2N/mm2). Consequently, Schlüter-DITRA 25 can be used for wall and floor coverings. Anchor plugs may be used with wall coverings if necessary.

    DURABASE CI++       Click here for website

    Dural provides a variety of matting systems for drainage, insulation and sealing. These make it easier to install floors of all kinds, even on difficult surfaces like old screed or wood, and they also protect the new floor covering from moisture seeping from below as well as preventing stretching or cracks. The advantages are obvious: greater robustness and durability, not only in homes but also where floors have to take plenty of punishment in commercial situations.

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    Posted on April 9, 2014 at 3:13 PM Comments comments (0)
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