SOLOPLAN-30-PLUS Technical Data Sheet EN 0518.pdf
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<h1>SOLOPLAN-30-PLUS Technical Data Sheet EN 0518.pdf</h1> <p>SCHOMBURG GmbH & Co. KG <br />Aquafinstrasse 2–8 <br />D-32760 Detmold (Germany) <br />phone + 49-5231- 953-00 <br />fax + 49-5231- 953-108 <br />email export@schomburg.de <br />www.schomburg.com</p> <p>Technical Data Sheet</p> <p>SOLOPLAN®-30-PLUS</p> <p>Art.-No. 2 01337</p> <p>ry</p> <p>ve</p> <p>SCHOMBURG GmbH & Co. KG <br />Aquafinstrasse 2–8 <br />D-32760 Detmold <br />16 <br />2 01337</p> <p>io n</p> <p>Fibre reinforced smoothing compound up to 30 mm</p> <p>l o w e m iss</p> <p>EN 13813 <br />SOLOPLAN-30-PLUS <br />Cement screeding mortar for use in <br />interior rooms <br />CT-C30-F7 <br />Reaction to fire <br />Release of corrosive substances <br />Compressive strength <br />Flexural strength </p> <p>Class E</p> <p>additional coating! <br />SOLOPLAN-30-PLUS is suitable for use in interior rooms <br />in accordance with the French VOC regulation. It is <br />very low emissions in accordance with GEV-EMICODE, <br />which, as a rule, leads to positive assessments within the <br />framework of building certification systems according <br />to DGNB, LEED, BREEAM, HQE. Highest quality level <br />4, row 8 according to DGNB criteria “ENV 1.2 local <br />environmental impact“.</p> <p>CT <br />C30 <br />F7</p> <p>Technical Data: <br />• Fibre reinforced <br />• Polymer modified <br />• Self-levelling <br />• Very low emissions <br />• For interior and exterior use <br />• Easy to apply <br />• Rapid setting <br />• Suitable for heated screeds <br />• Pumpable <br />• For thicknesses from 2 - 30 mm in one layer <br />• c onforms to DIN EN 13892-7 as class RWFC-550 <br />after 16 h and 40 h <br />Areas of application: <br />SOLOPLAN-30-PLUS is used at thicknesses from <br />2–30 mm for smoothing, patching and levelling. Suitable <br />surfaces are floors made of concrete in accordance to <br />German Industrial Standard DIN 1045, heated and <br />unheated cement screeds according to DIN 18560, old <br />hardened tile surfacess and rapid hardening cement <br />screeds (for example ASO-EZ6 Plus). <br />SOLOPLAN-30-PLUS is suitable for exterior areas and <br />those exposed to moisture provided that a suitable <br />SCHOMBURG bonded waterproof membrane is <br />subsequently applied. Other than the already planned <br />surface, it is not suitable as a wearing surface without</p> <p>Basis: <br />cement, aggregates, additives <br />Colour: grey <br />Bulk density: <br />1.4 kg/dm3 <br />Application / surface <br />temperature: <br />+5 °C to +25 °C <br />*) <br />Pot life : <br />35 minutes <br />approx. 2 hours <br />Foot traffic after*): <br />Full service <br />conditions after*): <br />approx. 7 days <br />Compressive strength*): ≥ 30 N/mm2 after 28 days <br />Flexural strength*): <br />≥ 7 N/mm2 after 28 days <br />Classification: <br />EN 13813 CT-C30-F7 <br />Reaction to fire: E <br />Cleaning: <br />Whilst still fresh with water <br />Consumption: approx. 1.65 kg/m2/mm <br />thickness <br />Storage: dry, 9 month in the original <br />unopened packaging. Seal <br />opened bags well and use <br />promptly. <br />Packaging: <br />25 kg bag <br />*) The values stated are applicable with ambient temperatures <br />of +23° C and at 50% relative air humidity. Higher temperatures shorten the <br />processing time, whilst lower temperatures extend the processing time.</p> <p>Surface and product preparation <br />The surface is to be dry, of load bearing capacity, <br />hardened, be skid-proof and be free from substances</p> <p>1/5</p> <p>05/18</p> <p>Priming table: <br />At thicknesses ≤ 30 mm <br />Concrete</p> <p>ASO-Unigrund</p> <p>Cement screed <br />Cement quick screed</p> <p>ASO-Unigrund</p> <p>Smooth, mature cement-based substrates, Terrazzo</p> <p>ASODUR-GBM + sand broadcasting or ASODUR-SG2 + sand broadcasting</p> <p>Well-bonded ceramic tiled finishes</p> <p>ASO-Unigrund-S (neat) or ASODUR GBM + sand broadcasting or <br />ASODUR-SG2 + sand broadcasting</p> <p>When using epoxy resin primers, correctly broadcast the fresh material with 0.2-0.7 or 0.5-1.0 mm quartz sand to excess. Once the <br />reaction has ended, thoroughly remove all non-bound quartz sand.</p> <p>acting as separating agents. The surface has to meet <br />the load carrying capacity requirements as specified in <br />DIN 1055. Separating and sintering layers have to be <br />removed by suitable measures such as blasting, milling <br />or mechanically. With unbonded or floating cementbased screeds, the readiness to receive an application <br />of SOLOPLAN-30-PLUS is to be tested by the carbide <br />method with a CM device in order to eliminate further <br />deformation within the screed slab due to shrinkage <br />processes. The temperature of air and ground surface <br />must not fall below +5° C during and one week after <br />application. <br />The moisture content, measured with a carbide <br />hygrometer, in screeds on a separating layer or <br />insulation may not exceed 2.0 CM%. The moisture <br />measurement is to be carried out in accordance with <br />current FBH-AD work instructions following the technical <br />information “coordination of cut out points in heated floor <br />constructions“. <br />1. Prime the substrate following the primer table and once <br />dried, apply SOLOPLAN-30-PLUS. We recommend <br />that the primer used is allowed to fully film-form/dry/ <br />react so that the absorption of the substrate is minimized <br />and therefore the flow performance of the <br />SOLOPLAN-30-PLUS remains. <br />2. Place 6.0–6.3 l water into the container, <br />dependent on the desired consistency, tip in 25 kg</p> <p>SOLOPLAN-30-PLUS and mix to a lump-free, flowing <br />mass. In between, scrape a trowel around the walls of <br />the mix container to allow un-mixed sticking material <br />to be mixed in. Then stir through once again. The <br />use of a stirrer capable of approx. 500–700 rpm is <br />recommended with a Collomix paddle <br />type KR140 to 160. <br />Mix ratios: <br />25 kg SOLOPLAN-30-PLUS : 6.0–6.3 litres water <br />3. SOLOPLAN-30-PLUS is poured onto the primed surface <br />and spread evenly with a suitable tool (surface blade <br />etc.) within the handling time given. It is proved to be <br />quite advantageous by setting level pointers during the <br />green state of the surface to control the exact height of <br />the levels required. The required layer thickness should <br />be applied in one working coat. The wet layer is to <br />be de-aerated with a toothed roller (or other suitable <br />tool), activating the flowing movement. The surface and <br />flowing is substantially improved by this method. <br />4. SOLOPLAN-30-PLUS under curing is to be protected <br />against quick water withdrawal caused by high <br />room temperatures, direct sun influence or draught <br />air! If a recoating of SOLOPLAN-30-PLUS is required <br />then this should be carried out when the first layer <br />becomes traversable, but has still a slightly moist texture <br />noticeable by its dark colouration. If the first layer <br />has already dried out, intermediate priming with <br />ASO-Unigrund-GE is essential.</p> <p>2/5</p> <p>05/18</p> <p>5. SOLOPLAN-30-PLUS is ready to be tiled after approx. <br />10 hours*). With other floor finishes or at thicknesses <br />>20mm, it is necessary to test the residual moisture <br />by the carbide method (CM device). Keep to the <br />maximum permissible residual moisture content given <br />in the current data sheet. See the section “important <br />advice”. <br />Important advice: <br />•A <br /> SO-Unigrund-K (1 : 3 diluted with water) can be used <br />instead of ASO-Unigrund-GE! <br />• In order to reliably eliminate pinholes, thoroughly brush <br />ASO-Unigrund into the substrate and allow to dry <br />completely; approx. 6-12 hours*) when using <br />ASO-Unigrund-GE/K or in combination with <br />ASO-Unigrund-S approx. 1 hour. The still wet <br />SOLOPLAN-30 layer is to be de-aerated with a toothed <br />roller! <br />• If rapid water vapour withdrawal has occurred (in <br />heated rooms or strongly absorbing surfaces) the <br />surface layer may suffer the danger of cracking! Protect <br />the freshly installed levelling layer from drying out too <br />quickly and preferably fix tiles within 28 days. If this <br />is not possible within this time frame, then protect the <br />SOLOPLAN-30-PLUS from drying out too quickly or from</p> <p>rainfall, by suitable means e.g. polythene sheeting. <br />• Ventilation around the work area is necessary, drafts <br />and excessive sun rays during the hardening process <br />are to be avoided. The inner and floor temperature must <br />be maintained at +5° C during and also 1 week after <br />working. Air dehumidifiers must not be used within the <br />first three days. <br />• The condition of the surface underneath is essential <br />for the success of floor spactling. Absorbing surfaces <br />influence the flow capacity of the spactling compound <br />negatively, therefore, the surface is to be pretreated <br />thoroughly: it is to be cleaned and primed! <br />• Sulphite lye adhesive is to be totally removed! <br />• Only very small quantities of water soluble flooring <br />adhesives on dispersion basis (surface part <25% /m2) <br />may remain on the surface. The surface is to be <br />cleaned, primed with ASODUR-SG2, spread over <br />with excessive amounts of quartz sand (grain size <br />0,5 – 1,0 mm) and is to be exhausted after complete <br />reaction. A moisture load from the surface underneath <br />and from the top has to be excluded, otherwise the <br />adhesive residues have to be removed completely. <br />Followed by levelling off with SOLOPLAN-30-PLUS up <br />to a maximum layer thickness of 15 mm. <br />• In order to evaluate the grade of maturity for covering <br />the moisture has to be measured by means of a</p> <p>Maximum moisture content of the levelling compound, determined with a CM device: <br />Upper flooring <br />Water permeable surface density</p> <p>heated</p> <p>unheated</p> <p>1.8 %</p> <p>2.0 %</p> <p>1.8 % <br />2.0 %</p> <p>2.5 % <br />3.0 %</p> <p>Textiled surface</p> <p>Water vapour seal <br />Water vapour permeability</p> <p>Parquet</p> <p>Floating layed</p> <p>1.8 %</p> <p>2.0 %</p> <p>Laminate flooring</p> <p>Floating layed</p> <p>1.8 %</p> <p>2.0 %</p> <p>Ceramic tiles and/or <br />Natural stone/Cast stone</p> <p>Thick bed <br />Thin bed</p> <p>2.0 % <br />2.0 %</p> <p>2.0 % <br />2.0 %</p> <p>CM measurements are to be carried out following current FBH-AD work instructions taken from the technical information paper for <br />“coordination of cut-out points in heated floor constructions”.</p> <p>3/5</p> <p>05/18</p> <p>CM-device. The following values are to be kept (see <br />table). <br />• Old waterproof adhesives have to be removed <br />mechanically as much as possible, cleaned, primed with <br />ASODUR-GBM or ASODUR-SG2, spread over with <br />excessive amounts of Quartz sand (grain size <br />0,5 – 1,0 mm) and after complete reaction be <br />vacuumed! Followed by levelling off with <br />SOLOPLAN-30-PLUS upto a maximum layer thickness of <br />15 mm. <br />• With calcium sulphate based screeds, do not exceed <br />a CM moisture content of 0.5% without underfloor <br />heating and 0.3% with underfloor heating at the time <br />the SOLOPLAN-30-PLUS is to be installed. Prime the <br />calcium sulphate screed with two coats of <br />ASO-Unigrund-S at a dilution rate of 1:1 with water <br />and allow to fully dry. Subsequently level with <br />SOLOPLAN-30-PLUS to a maximum thickness of <br />10 mm. Prevent subsequent moisture contact. For <br />levelling calcium sulphate based substrates e.g. calcium <br />sulphate screeds, we recommend ASO-NM15. <br />• Direct contact of cementitious mortar and magnesite <br />screed leads to destruction of the magnesite screed by <br />means of a chemical reaction resulting in expansion <br />tendency due to magnesia. Moisture from the negative <br />side of the surface underneath has to be excluded <br />by means of corresponding measures. The magnesite <br />surface is to be roughened mechanically and to be <br />primed with the epoxy resin ASODUR-V360W and an <br />addition of max. 5% water (approx. 250 g/m2). After <br />a waiting time of approx. 12 hours up to 24 hours <br />at +20° C the second layer of ASODUR-V360W is <br />to be applied (approx. 300 - 350 g/m2). The fresh <br />second layer is to be spread over with an excessive <br />amount of quartz sand (grain size 0.2 - 0.7 mm). After <br />an additional waiting time of approx. 12 to 16 hours <br />levelling off with SOLOPLAN-30-PLUS up to a maximum <br />layer thickness of 20 mm can be carried out. <br />• R egard the amount of water addition! If too much water <br />is added, the mixture tends to segregate combined with <br />surfaces of reduced strength capacity. Such surfaces</p> <p>with reduced strength should be removed mechanically. <br />• When using a mixing pump, for example PFT G4 or G5 <br />or similar, especially when work is stopped, both the <br />pump and the tubes must be cleaned. <br />• When using a PFT G4/G5 mixing pump and the <br />standard PFT G4 mixing helix, the D 6-3 rotor and stator <br />D 6-3 Twister, set the water flow rate to <br />370 – 420 litres/hour. The pump capacity should then <br />be approx. 20 litres/minute. When applying greater <br />thicknesses it is recommended that rotor R7-2.5 and <br />stator R7-2.5 are used in the pump unit and the water <br />flow rate is then set to 900 litres/hour. The pump <br />capacity should then be approx. 40 litres/minute. With <br />the PFT consistency checking tube, the correct water <br />addition can be checked and adjusted from the slump <br />result. This may not exceed 61 cm on the prepared <br />substrate and should be checked continuously as work <br />proceeds. <br />• Perimeter, bay, structural and general movement joints <br />are to be brought through or inserted as designed <br />and stopped with a suitable material e.g. RD-SK50 <br />edge strips. Cut shrinkage control joints in the <br />SOLOPLAN-30-PLUS once cured down to a third of the <br />depth. <br />• For levelling IC10 poured asphalt, we recommend <br />ASO-NM15 up to a thickness of 10 mm. <br />• Preparations such as the levelling off of transitions, <br />excavations and uneven areas is to be applied with <br />a stable repair mortar such as ASOCRET-M30, <br />SOLOCRET-15 or SOLOCRET-50! <br />• Very porous substrates cause greater material <br />consumption. <br />• High temperatures accelerate and lower temperatures <br />slow down the setting process. <br />• Only use clean tools and clean water. <br />• Follow the technical data sheet for the products listed! <br />• Observe the relevant current regulations. E.g. <br />DIN 18157 DIN 18352 <br />DIN 18560 DIN 18534 <br />EN 13813 DIN 1055</p> <p>4/5</p> <p>05/18</p> <p> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> </p> <p>The BEB information sheets, distributed by the <br />Bundesverband Estrich und Belag e.V. <br />The technical information “coordination of cut out points <br />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 />[*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 />[*7] “Finishes in exterior areas” <br />[*9] “Tolerances in level” <br />[*10] “Tolerances” <br />[*11] “Cleaning, protecting, maintenance” <br />[*12] “Swimming pool construction”</p> <p>Please observe a current valid EU safety data sheet. <br />GISCODE: ZP1</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 the German language version 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 German technical data sheet or the latest Data sheet from one of our foreign subsidiaries inside their sales territory.</p> <p>5/5</p> <p>WKD/CoS/TM</p> <p>05/18</p>
