SOLOPLAN-FA Technical Data Sheet EN 4119.pdf
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<h1>SOLOPLAN-FA Technical Data Sheet EN 4119.pdf</h1> <p>SCHOMBURG GmbH & Co. KG <br />Aquafinstrasse 2 – 8 <br />D-32760 Detmold (Germany) <br />phone + 49 -5231- 953-00 <br />fax <br />+ 49 -5231- 953-108 <br />email export@schomburg.de <br />www.schomburg.com</p> <p>Technical Data Sheet</p> <p>SOLOPLAN®-FA</p> <p>Art.-No. 2 00012 <br />Self-levelling, fibre reinforced liquid levelling compound</p> <p>y lo</p> <p>io n</p> <p>v er</p> <p>SCHOMBURG GmbH & Co. KG <br />Aquafinstrasse 2–8 <br />D-32760 Detmold <br />14 <br />2 00012</p> <p>additionally for screeds and substrates in old and new <br />construction <br />• For producing flat, absorbent, high strength installation <br />surfaces for textile and elastic floor finishes as well as <br />for ceramic tiles. When using beneath tiles and natural <br />or agglomerate stone, plan for additional de-coupling <br />membranes on wooden substrates. STEPBOARD in 9 <br />and 15 mm thicknesses are available for this purpose. <br />• Suitable for use on heated substrates and as a flowing <br />material over thin build-up electrical and warm water <br />heating systems.</p> <p>w e m is</p> <p>s</p> <p>EN 13818 <br />SOLOPLAN-FA <br />Cement screeding mortar for <br />use in buildings <br />CT-C30-F7 <br />Reaction to fire <br /> Class E <br />Release of corrosive <br />substances CT <br />Compressive strength <br />C30 <br />Flexural strength <br />F7</p> <p>SOLOPLAN-FA is used in dry areas and can also be <br />incorporated into rooms with low moisture exposure (wet <br />duty exposure class A0 in accordance with the ZDB <br />data sheet [*1] water impact class W0-I and W1-I in <br />accordance with DIN 18534) when used beneath a <br />waterproof membrane from AQUAFIN-2K/M-PLUS, <br />AQUAFIN-1K-PREMIUM or AQUAFIN-RS300.</p> <p>• Fibre reinforced and low shrinkage <br />• Very low emissions <br />• Suitable for heated screeds <br />• For interiors <br />• For thicknesses from 3 to 20 mm, on mineral-based <br />cementitious substrates up to 30 mm <br />• Rapid hardening <br />• Highly polymer modified <br />• Self levelling <br />• Class RWFC-550, according to EN 13892-7 <br />after 16 h</p> <p>Not suitable as a wearing finish without additional <br />planned coatings. <br />SOLOPLAN-FA is suitable for use in interior rooms in <br />accordance with the AgBB evaluation scheme (Committee <br />for Health-related Evaluation of Building Products), the <br />French VOC by-law and the Belgian Royal Decree <br />C-2014/24239. Very low emissions in accordance <br />with GEV-EMICODE, which as a rule leads to positive <br />evaluations within the framework of building certification <br />systems according to DGNB, LEED, BREEAM and HQE. <br />Highest quality level 4, row 8 in accordance with the <br />DGNB criterion “ENV 1.2 Local environmental impact“.</p> <p>Areas of application: <br />SOLOPLAN-FA is a powder based, highly modified <br />factory blended mortar with reinforcing fibres, which <br />minimises cracks on wooden floors. SOLOPLAN-FA is <br />used at thicknesses from 3–20 mm for smoothing, floating <br />and levelling. The wooden floor levelling compound <br />SOLOPLAN-FA is suitable for producing flat, absorbent <br />installation surfaces e.g. for textile finishes, <br />vinyl or cushion flooring, PVC designer flooring, linoleum, <br />cork and tiles. <br />• On timber floor boards, V100 chipboard without <br />additional reinforcing mesh <br />• On old substrates with bonded adhesive and levelling <br />compound residues <br />• For the restoration and repair of wooden floors and</p> <p>Technical Data: <br />Basis: special cement with <br />mineral-based aggregates <br />and additives <br />Colour: grey</p> <p>1/4</p> <p>41/19</p> <p>Substrate preparation: <br />The substrate must be load-bearing conforming to loading <br />requirements of DIN EN 1991 and in accordance with <br />DIN 18365 and DIN 18352, must be sound, dry, free <br />from cracks, clean and free from substances acting as a <br />separating layer. Thoroughly mechanically remove friable <br />layers, separating and laitance layers and similar by <br />suitable measures e.g. planing, blast cleaning techniques <br />or scabbling. Vaccum abrasion dust, then prime with <br />ASO-Unigrund-S. Block off wall/floor junctions e.g. with <br />the edge insulating strip RD-SK50. Moisture from the <br />substrate must be eliminated.</p> <p>Application temp: min. +10°C floor, ideally <br />+15°C to +25°C at relative <br />humidity < 75% <br />approx. 45 mins <br />Pot life *1): <br />Foot traffic after *1): <br />approx. 3 hrs <br />Full service conditions <br />after *1): <br />approx. 24 hrs <br />Drying time *1) *2): <br />· approx. 1 day/3 mm thickness <br />with elastic, textile finishes and <br />natural stone finishes <br /> <br />· approx. 8 hrs on mineral-based <br />substrates in combination with <br />ceramic tiled finishes <br /> <br />· approx. 24 hrs on timber <br />substrates in combination with <br />ceramic tiled finishes <br />Classification: <br />EN 13813 CT-C30-F7 <br />Reaction to fire: <br />class E <br />Cleaning: <br />with water whilst fresh <br />Consumption: approx. 1.6 kg/m²/mm <br />thickness <br />Thickness <br />3 mm</p> <p>Consumption</p> <p>Clean and abrade well bonded ceramic tiles, prime with <br />ASODUR-SG2 blinded with 0.5–1.0 mm quartz sand. <br />Remove excess by vacuum once cured. <br />Wooden substrates must be clean, dry and load-bearing. <br />Replace damaged floor boards. Secure loose, springy or <br />squeaking boards or sheets with screws. Chipboard must <br />be laid with staggered joints, screwed and glued. <br />The residual moisture of wooden substrates (measured by <br />kiln drying or with a moisture meter suitable for wood) may <br />not exceed 6 to 12% by weight from equilibrium moisture <br />content. Seal joints, cracks and holes with an acrylic <br />sealant.</p> <p>Sufficient for <br />approx.</p> <p>4.8 kg/m²</p> <p>5.2 m²</p> <p>6 mm</p> <p>9.6 kg/m²</p> <p>2.6 m²</p> <p>9 mm</p> <p>14.4 kg/m²</p> <p>1.7 m²</p> <p>Follow the product information for the application of <br />products to be used.</p> <p>Storage: dry, 12 months in the original <br />unopened packaging. Use <br />opened packaging promptly. <br />Packaging: <br />25 kg plastic bag</p> <p>The readiness of substrates to receive SOLOPLAN-FA is to <br />be tested by the carbide method. The carbide hygrometer <br />(CM device) may not exceed for: <br />Cement-based screeds 2.0 CM% <br />Calcium sufate screeds with underfloor heating 0.5 CM% <br />Calcium sufate screeds with underfloor heating 0.3 CM% <br />The CM measurements are to be carried out in <br />accordance with current FBH-AD work instructions from the <br />technical information “Coordination of cut-out points with <br />heated floor constructions”.</p> <p>*1) T hese values relate to +23ºC and 50% relative humidity for a 3 mm <br />*2)</p> <p>thickness. Higher temperatures accelerate and lower temperatures retard <br />the setting time. <br />T his information relates to guide values, which does not negate the need <br />for moisture measurements by the carbide method.</p> <p>2/4</p> <p>41/19</p> <p>The air, material and substrate temperatures may not <br />drop below +5ºC during application and for the week <br />after. <br />5. <br />The surface quality and absorption is increased by <br />abrading with 40 to 60 grit after 12–24 hours.</p> <p>Product preparation: <br />1. <br />Prime substrates with ASO-Unigrund-S and allow to <br />dry. On calcium sulfate and cement-based screeds, <br />use diluted 1:1 with water; alternatively <br />ASO-Unigrund-GE or ASO-Unigrund-K (Mixing ratio <br />1:3) can be used. Use two undiluted coats of <br />ASO-Unigrund-S on timber substrates. <br />2. <br />Place 6.0–6.3 litres of clean water into a clean <br />bucket and sprinkle in 25 kg SOLOPLAN-FA. Mix <br />the contents until homogenous with a drill or rotating <br />mixer (max. 600 rpm). We recommend the use of <br />a drill with 500–600 rpm using a Collomix paddle <br />type RR140 to 160. <br />3. Pour SOLOPLAN-FA on to the primed substrate and <br />evenly spread with a smoothing trowel or rake within <br />the pot life, so that the required thickness is applied in <br />one operation where possible. De-aerate the liquid <br />layer with a spiked roller and encourage to flow. The <br />surface and flow are decidedly improved. <br />4. <br />Protect setting material from rapid water loss from e.g. <br />high room temperatures, direct sunlight and draughts.</p> <p>Important advice: <br />• Before installing finishes, the levelling compound <br />must be fully dry. We recommend that moisture <br />measurements are carried out with a carbide <br />hygrometer. <br />• Adequate ventilation beneath the wooden floor must <br />be guaranteed especially when installing further vapour <br />proof finishes e.g. by installing ventilation slots or by <br />inserting special skirting strips with vented openings. <br />• The subfloor construction of wooden floors must be <br />permanently dry in order to prevent moisture damage <br />from decay or mould formation. <br />• There is a risk of cracking through rapid water loss in <br />heated rooms or highly absorbent substrates. <br />• Ventilation on site is necessary. However avoid <br />draughts during the application and curing process <br />as well as direct sunlight. The floor and interior <br />temperature must be at least +5ºC during application <br />and for the week after. Dehumidifiers may only be used <br />after the first 3 days. <br />• Essential to the success of floor levelling is the condition <br />of the substrate. Absorbent substrates negatively alter <br />the flow performance of the compound. Therefore <br />thoroughly prepare the substrate, clean and prime. <br />• Completely remove sulphite lye adhesives. <br />• Negligible quantities of water soluble dispersion based <br />flooring adhesives, (surface coverage < 25%/m²) can <br />remain on the substrate. Clean the substrate, prime with <br />ASODUR-SG2, blind with 0.5–1.0 mm quartz sand <br />and remove excess by vacuum once cured. <br />• Old, watertight flooring adhesives must be mechanically <br />removed, cleaned, primed with ASODUR-GBM or <br />ASODUR-SG2, blinded with 0.5–1.0 mm quartz sand <br />with excess being removed by vacuum once cured.</p> <p>Priming table <br />Calcium sufate screed</p> <p>ASO-Unigrund-S <br />(Mixing ratio 1:1 with water)</p> <p>ASO-Unigrund-GE <br />ASO-Unigrund-K</p> <p>(Mixing ratio 1:3 with water)</p> <p>Cement-based screed</p> <p>ASO-Unigrund-S <br />(Mixing ratio 1:1 with water)</p> <p>ASO-Unigrund-GE <br />ASO-Unigrund-K</p> <p>(Mixing ratio 1:3 with water)</p> <p>Wooden substrates <br />(screwed) such as e.g. <br />OSB boards, wooden floor <br />boards, V100 chipboard</p> <p>2 x ASO-Unigrund-S</p> <p>Well bonded ceramic tiles</p> <p>ASO-Unigrund-S or ASODUR-SG2*</p> <p>Terrazzo</p> <p>ASODUR-GBM* or ASODUR-SG2*</p> <p>*Blinded to excess with 0.5 – 1.0 mm quartz sand. Only sweep <br />off and vacuum excess sand once reacted (approx. 16 hrs *1).</p> <p>3/4</p> <p>41/19</p> <p>• Use only clean tools and clean water. <br />• Follow the information in the technical data sheets for <br />the products used. <br />Please observe a current valid EU Safety Data Sheet! <br />GISCODE: ZP1</p> <p>• Watch the water addition. Adding too much water <br />produces separation together with a weak surface. <br />This causes increased cracking and hollow areas. <br />Such weak surfaces are to be mechanically removed. <br />• Poured asphalt screeds of hardness class IC10 can be <br />levelled up to a thickness of 5 mm with SOLOPLAN-FA. <br />Prime beforehand with ASO-Unigrund-S. <br />Where necessary, prime existing unsanded poured <br />asphalt screeds with ASODUR-GBM and sand with <br />0.5–1.0 mm quartz sand. <br />• Perimeter, bay, structural and intermediate movement <br />joints are to be brought through or incorporated as <br />designed and blocked off with a suitable material e.g. <br />edge insulation strip (RD-SK50). <br />• Substrates with a coarse texture lead to greater <br />material consumption. <br />• High temperatures accelerate and low temperatures <br />retard the setting process. <br />• Observe the relevant current regulations. E.g. <br />DIN 18157 <br />DIN 18365 <br />DIN 18352 <br />DIN 18560 <br />DIN EN 13813 DIN 1055 <br />The BEB information sheets, distributed by the <br />Bundesverband Estrich und Belag e.V. <br />The technical information “coordination of cut out <br />points in heated floor constructions”. <br />The ZDB information sheets, distributed by the <br />professional association of the German tile industry: <br />[*1] „Bonded waterproof membranes” <br />[*2] „Tiling to calcium sulfate screeds <br />[*3] „Movement joints in wall and floor tile finishes” <br />[*5] „Ceramic tiles, natural stone and cementbound composite slabs on cement-based floor <br />constructions with insulation” <br /> [*6] „Ceramic tiles, natural stone and cement-bound <br />composite slabs on heated cement-based floor <br />constructions” <br /> [*9] „Tolerances in level” <br /> [*10] „Tolerances”</p> <p>Information about the emission level of volatile compounds in indoor <br />air, which pose a health risk by inhalation, on a scale from class A+ <br />(very low emissions) to C (high emissions).</p> <p>This technical data sheet is a translation from German and does not consider local building codes or legal requirements. It shall be used as general reference for the <br />product. Legally binding is only the latest German technical data sheet or the latest data sheet from one of our foreign subsidiaries inside their sales territory. <br />4/4</p> <p>WKD/CoS/TM/KKa 41/19</p>
