AQUAFIN-RS300 Technical Data Sheet EN 3119.pdf
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<h1>AQUAFIN-RS300 Technical Data Sheet EN 3119.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>AQUAFIN®-RS300</p> <p>Art.-No 2 04208</p> <p>Rapid hybrid waterproofing</p> <p>io n</p> <p>v er</p> <p>y lo</p> <p>SCHOMBURG GmbH & Co. KG <br />Aquafinstraße 2–8 <br />D-32760 Detmold <br />14 <br />2 04208</p> <p>• Very low emission EC1 plus in accordance with <br />GEV-EMICODE <br />• Waterproofing in accordance with DIN 18533 and <br />DIN 18535 <br />• Bonded waterproofing in accordance with <br />DIN 18531, DIN 18534, DIN 18535, <br />DIN EN 14891 <br />• CM O1 P in accordance with DIN EN 14891 <br />• Proof of use against concrete-damaging water in <br />accordance with DIN 4030 <br />• Proof of use against negative pressure water <br />• Proof of use of transition to water-impermeable building <br />components</p> <p>w e m is</p> <p>s</p> <p>EN 14891 <br />AQUAFIN-RS300 <br />Liquid-applied water impermeable cement-based product for <br />use beneath ceramic tiling in external areas</p> <p>P 11140-2 / 17-492 <br />P 11140-5 / 18-549</p> <p>EN 14891: CM <br />Initial tensile adhesion strength: <br />Tensile adhesion strength <br />after water contact: <br />after heat aging: <br />after freeze/thaw cycles: <br />after contact with lime water: <br />Water impermability: <br />Crack bridging: </p> <p>≥ 0.5 N/mm²</p> <p>KIWA GmbH <br />Polymer Institut</p> <p>≥ 0.5 N/mm² <br />≥ 0.5 N/mm² <br />≥ 0.5 N/mm² <br />≥ 0.5 N/mm² <br />no water penetration <br />≥ 0.75 mm</p> <p>P 1200/563/17 MPA-BS</p> <p>P-SAC 02/5.1/16.237-2</p> <p>MPA Braunschweig</p> <p>MFPA Leipzig</p> <p>Areas of application: <br />• Waterproofing in direct ground, plinth waterproofing <br />and transverse waterproofing in and below walls in <br />accordance with DIN 18533 for water impact classes <br />W1-E, W1.2-E and W4-E. <br />• Subsequent waterproofing in accordance with <br />WTA Leaflet 4-6 against soil moisture, non pressure <br />water and pressure water (with suitable construction). <br />• Bonded waterproofing for water impact classes W0-I <br />to W3-I, without chemical influence in accordance with <br />DIN 18534. <br />• In exterior area as waterproofing on balconies, <br />loggias, etc. in accordance with DIN 18531. <br />• Waterproofing of containers and tanks up to water <br />impact class W2-B in accordance with DIN 18535, <br />up to 6 m. <br />• AQUAFIN-RS300 is very low emission in accordance <br />with GEVEMICODE, which normally results in positive <br />evaluations within the scope of building certification <br />systems in accordance with DGNB, LEED, BREEAM, <br />HQE. Maximum quality level 4, lines 7 and 8 in <br />accordance with DGNB criteria “ENV 1.2 Risks to <br />the local environment”.</p> <p>• Seamless and joint free construction waterproofing <br />and waterproofing beneath tiles <br />• Multi-functional <br />• Highly flexible crack bridging <br />• Self cross-linking hydraulic cure <br />• Rapid reactive through drying <br />• After 3 hours resistant to rain and foot traffic and ready <br />for overcoating <br />• Vapour permeable, resistant to frost, UV and ageing <br />• Sulphate resistant <br />• Resistant to de-icing salts <br />• Can be brushed, trowelled or sprayed with suitable <br />equipment <br />• Bonds without priming to matt-damp substrates</p> <p>1/7</p> <p>31/19</p> <p>Structural waterproofing: <br />• For the waterproofing in direct ground of walls and <br />substrates of new buildings and existing buildings <br />on building components made of concrete or masonry <br />work <br />• Waterproofing against internal pressure water from <br />container constructions (e.g. swimming pools, service <br />water tanks, waste water tanks) <br />• Horizontal waterproofing in and under walls against <br />capillary rising water <br />• Waterproofing of transitions to floor slabs and concrete <br />elements with high water penetration resistance <br />(waterproof concrete) and plinth waterproofing. <br />• Suitable for the bonding of protective or perimeter <br />insulation <br />• Suitable for application on old, firmly adhering bitumen <br />substrates <br />When applied in containers or exposed to soft water with <br />a hardness of < 30 mg CaO/l, an analysis of the water is <br />a fundamental requirement. Assessment of the degree of <br />attack is carried out to DIN 4030. <br />AQUAFIN-RS300 is resistant up to the degree of attack <br />“strong attack” (exposure class XA2).</p> <p>with the test principles for mineral based waterproofing <br />slurries (MDS) as well as waterproofing together with tile <br />and slab finishes (AIV) up to a 15 m column of water. <br />Technical Data: <br /> <br />Liquid component Powder component <br />Basis: polymer dispersion special cement, <br /> <br />functional fillers <br />Mixing ratio: 1 part by weight <br />1 part by weight <br />Packaging: <br />36 kg unit <br />18 kg bucket <br />18 kg bag <br /> <br />(mixing bucket not supplied) <br /> <br />20 kg combined product <br /> <br />10 kg bucket <br />2 x 5 kg bag <br /> <br />10 kg combined product <br /> <br />5 kg bucket <br />5 kg bag <br />Colour: white <br />grey <br />Storage: </p> <p>Bonded waterproof membrane with tiles: <br />For the safe and economical waterproofing beneath tiles, <br />where water impermeability to longer term exposure <br />or constant exposure is required, e.g. in bathrooms and <br />kitchens in living areas, private and public washrooms as <br />well as on balconies and terraces, swimming pools and <br />pool surrounds. <br />At the wall/floor junction, reinforce the surface applied <br />membrane by incorporating ASO-Joint-Tape-2000 or <br />ASO-Joint-Tape-2000-S, dependent on the wet duty <br />exposure class. AQUAFIN-RS300 is suitable for use in <br />wet duty exposure classes A and B in accordance with <br />DIN 18195, part 7 and wet duty exposure classes A0 <br />and B0 in accordance with the ZDB data sheet (*1). The <br />waterproof performance as installed on site has been <br />tested including ASO-Joint-Tape systems in accordance</p> <p>Liquid component: <br />frost free, 9 months in the <br />original unopened container. <br />Use opened containers <br />promptly <br />Powder component: <br />cool and dry, 9 months</p> <p> <br />Combined product <br />Density: <br />approx. 1.3 kg/dm3 <br />Grain size: <br />< 1.0 mm <br />Pot life *): <br />approx. 45 minutes <br />Overcoat after*: <br />approx. 2–4 hrs <br />Substrate / <br />application temp: <br />+5° C to +30° C <br />Tensile adhesion strength <br />to DIN EN 1542: <br />> 1.0 N/mm2 <br />Crack-bridging, to <br />DIN 28052-6 <br />(PG MDS , AIV): > 0.4 mm</p> <p>2/7</p> <p>31/19</p> <p>Crack bridging ability <br />in accordance with <br />DIN EN 14891 at normal <br />and low temperatures: <br />Water-tightness when <br />installed in accordance <br />with PG MDS and AIV: <br />Impermeability to <br />negative hydrostatic <br />pressure: <br />Permissible tank depth <br />in accordance <br />with DIN 18535: <br />Water vapour <br />resistance factor µ: <br />Sd value at 2 mm <br />dry film thickness: </p> <p>Material consumption: <br />Full service conditions*): <br />• Rainproof on inclined surfaces after approx. 3 hours, <br />standing water must be avoided <br />• Watertight, (1 bar) after approx. 24 h <br />• Can be tiled after approx. 3 hours</p> <p>≥ 0.75 mm <br />1.5 bar</p> <p>*) at + 23° C and 50 % rel. humidity. The stated data may be extended or <br />shortened as a consequence of weather conditions. Higher temperatures <br />and lower humidity shorten the drying time, lower temperatures and higher <br />humidity extend the drying time.</p> <p>1.5 bar</p> <p>Cleaning: Clean tools in their fresh state with water, <br />dissolve dried material with ASO-R001 <br />and wash off.</p> <p>6m <br />approx. 1100 <br />approx. 2.2 m</p> <p>Exposure</p> <p>Dry film thickness, mm</p> <p>Wet film thickness, mm</p> <p>Consumption, kg/m²</p> <p>Basement walls and floor slabs</p> <p>> 2.0</p> <p>approx. 2.2</p> <p>3.0</p> <p>Plinth waterproofing</p> <p>> 2.0</p> <p>approx. 2.2</p> <p>3.0</p> <p>Transverse waterproofing</p> <p>> 2.0</p> <p>approx. 2.2</p> <p>3.0</p> <p>In accordance with WTA Leaflet 4-6 "Subsequent waterproofing of building components in direct ground" <br />Soil moisture/non-accumulating <br />seepage water</p> <p>> 2.0</p> <p>approx. 2.2</p> <p>3.0</p> <p>Non pressure water</p> <p>> 2.0</p> <p>approx. 2.2</p> <p>3.0</p> <p>Standing seepage water/pressure <br />water</p> <p>> 3.0</p> <p>approx. 3.3</p> <p>4.5</p> <p>Waterproofing of containers and <br />tanks</p> <p>> 2.0</p> <p>approx. 2.2</p> <p>3.0</p> <p>Bonded with tiles/boards</p> <p>> 2.0</p> <p>approx. 2.2</p> <p>3.0</p> <p>Levelling layers</p> <p>1 mm</p> <p>1.1 mm</p> <p>1.5</p> <p>Possible additional consumption in case of uneven substrates and artisanal variations must be considered.</p> <p>3/7</p> <p>31/19</p> <p>Substrate preparation: <br />The substrate must be load-bearing, largely flat and fully <br />pointed, open pored and with a compact surface. It must <br />be free from gravel pockets, cavities, gaping cracks <br />and ridges, dust and be free from adhesion inhibiting <br />substances such as oil, paint, laitance and loose parts. <br />When using in combination with tiled finishes, <br />DIN 18157, part 1 is decisive regarding substrate <br />assessment.</p> <p>Wear classes in accordance <br />with testing principles</p> <p>System component</p> <p>In accordance <br />with PG-AIV-F</p> <p>In accordance <br />with PG-MDS</p> <p>A, A0, B0</p> <p>B</p> <p>Construction <br />waterproofing</p> <p>ASO-Joint-Tape-2000</p> <p>x</p> <p>–</p> <p>–</p> <p>ASO-Joint-Tape-2000-S</p> <p>x</p> <p>x</p> <p>x</p> <p>x</p> <p>–</p> <p>–</p> <p>x</p> <p>x</p> <p>x</p> <p>ASO-Joint-Tape-2000-T-pieces, <br />cross pieces</p> <p>x</p> <p>x</p> <p>x</p> <p>ASO-Joint-Sleeve-Floor/Wall</p> <p>x</p> <p>x</p> <p>x</p> <p>ADF-Rohrmanschette <br />(ADF-Pipe-Gasket)</p> <p>-</p> <p>-</p> <p>x</p> <p>ADF-Dehnfugenband <br />(Expansion-Joint-Tape)</p> <p>-</p> <p>-</p> <p>x</p> <p>UNIFIX-S3</p> <p>x</p> <p>x</p> <p>–</p> <p>MONOFLEX-white</p> <p>x</p> <p>x</p> <p>–</p> <p>MONOFLEX-white <br />3:1 with UNIFLEX-F</p> <p>x</p> <p>x</p> <p>–</p> <p>LIGHTFLEX</p> <p>x</p> <p>x</p> <p>–</p> <p>MONOFLEX</p> <p>x</p> <p>x</p> <p>–</p> <p>MONOFLEX-XL</p> <p>x</p> <p>x</p> <p>–</p> <p>MONOFLEX-fast</p> <p>x</p> <p>–</p> <p>–</p> <p>MONOFLEX-FB</p> <p>x</p> <p>x</p> <p>–</p> <p>ASODUR-EK98-Floor/Wall</p> <p>x</p> <p>x</p> <p>–</p> <p>ASODUR-DESIGN</p> <p>x</p> <p>x</p> <p>–</p> <p>SOLOFLEX</p> <p>x</p> <p>x</p> <p>–</p> <p>AK7P</p> <p>x</p> <p>x</p> <p>–</p> <p>CRISTALLIT-FLEX</p> <p>x</p> <p>–</p> <p>–</p> <p>CRISTALLIT-MULTI-FLEX</p> <p>x</p> <p>x</p> <p>–</p> <p>UNIFIX-S3-fast</p> <p>x</p> <p>–</p> <p>–</p> <p>ASO-Joint-Tape-2000-corners, <br />(90°, internal/external)</p> <p>ASO-Joint-Tape-2000-S-corners, <br />(90°, internal/external)</p> <p>Suitable substrates are concrete with a dense <br />microstructure, renders P II and III, fully pointed masonry <br />work, cement-based screed, poured asphalt of hardness <br />class IC10, moisture resistant plasterboard and gypsum <br />fibre boards, heated and unheated constructions. <br />AQUAFIN-RS300 can be used for restoring old, well <br />bonded bitumen containing substrates. Waterproofing <br />is to be performed with a scratch coat and after <br />complete drying, overcoated with two layers at a <br />thickness commensurate with the exposure conditions. In <br />accordance with the WTA data sheets 4–6, the foot of <br />the perpendicular as well as the transition to the splash <br />zone is to firstly be taken back to the mineral-based <br />substrate. <br />Corners and edges, e.g. on base slabs etc., are to be <br />broken or chamfered. Firstly even up depressions > 5 mm <br />as well as mortar pockets, open masonry joints, voids, <br />substrates with large pores or uneven masonry work with <br />a suitable cement-based mortar e.g. ASOCRET-M30 or <br />SOLOCRET-15. <br />Alternatively evening up or filling can be carried out with <br />a mixture of AQUAFIN- RS300/0.1 – 0.35 mm quartz <br />sand (approx. 5 kg per 20 kg AQUAFIN-RS300). <br />Pre-wet substrates so that they are matt damp at the time <br />of application. Prime very absorbent substrates as well <br />as aerated concrete or gypsum containing substrates <br />with ASO-Unigrund-GE or ASO-Unigrund-K to improve <br />adhesion.</p> <p>4/7</p> <p>31/19</p> <p>Penetrations should be supplied with a thin-bed flange <br />at a minimum continuous width of 5 cm and consist of a <br />suitable material to receive a bond e.g. stainless steel, red <br />brass, PVC-U. When the flange width is too small <br />(> 30 mm < 50 mm), we recommend bonding the <br />ASO-Joint-Sleeve – in the transition zone of the flange – <br />with ASOFLEX-AKB-Wall.</p> <p>after mixing the powder and liquid component. <br />Apply AQUAFIN-RS300 by brush or trowel in a minimum <br />of two pinhole free coats. The second and further coats <br />can only be applied when the first coat will not become <br />damaged by trafficking or further coating (approx. <br />2 – 4 hrs dependent on ambient conditions). An even <br />thickness, dependent on the exposure conditions, is <br />achieved e.g. by using a thickness depth trowel or a <br />4 – 6 mm notched trowel and subsequently smoothing. <br />Enough material must be processed so that the required <br />dry film thickness corresponds to the desired water impact <br />class. An application thickness of more than 2 kg/m2 <br />in one application step can lead to cracking and must be <br />avoided.</p> <p>Exclude rear moisture penetration and point loading <br />of water from the negative side. When waterproofing <br />where there is rear moisture penetration, we recommend <br />a preliminary waterproofing with AQUAFIN-1K in order <br />to prevent pressure. Dependent on the water forces <br />exerted, carry out one or several layers of preliminary <br />waterproofing. The consumption for ground moisture <br />exposure conditions is min. 1.75 kg/m2 and for standing <br />seepage water min. 3.5 kg/m2 of AQUAFIN-1K. For <br />concrete structures, moisture stresses from the negative <br />side can also be excluded with ASODUR-SG2/-SG2-thix. <br />When using ASODUR-SG2/-SG2-thix a consumption of <br />600 – 1,000 g/m2 is required.</p> <p>For application in the spray technique with suitable <br />spray equipment, e.g. HighPump M8 (peristaltic pump), <br />HighPump Small or HighPump Pictor (screw pump), we <br />recommend a nozzle size of 4.5 to 6.0 mm. For more <br />information, contact Dittmann Sanierungstechnik GmbH, <br />Hohen Neuendorf, www.saniertechnik.de. <br />For forming water impermeable movement and <br />connecting joints, use the ASO-Joint-Tape system <br />components appropriate to the particular exposure <br />classes (see table of system components on page 4).</p> <p>Product application: <br />Place approx. 50 – 60 % of the liquid component <br />into a clean mixing bucket and blend with the powder <br />component to an homogenous lump free mass. Then add <br />the remaining liquid component and adequately blend. <br />A mix time of approx. 2 – 3 minutes is required using <br />a mechanical mixer (approx. 500 – 700 rpm). After a <br />waiting time of approx. 5 minutes, thoroughly homogenize <br />the mix once again.</p> <p>Bond ASO joint tape 2000/-S or ASO joint tape <br />2000/-S (internal/external corners) in the corner areas, <br />AQUAFIN-RS300 in the transition between wall and <br />floor, as well as over connecting joints. AQUAFIN-RS300 <br />is applied with a 4-6 mm notched trowel to both sides of <br />the joints to be bridged at least 2 cm wider than the joint <br />tape to be used. The joint tape is placed in the fresh <br />layer and then meticulously pressed in without voids or <br />wrinkles. Bonding must be carried out in such a way <br />that water cannot migrate around the back. The joint tape <br />to be used should be inserted in a loop over movement <br />joints. Joint tape edges must be bonded overlapping by <br />at least 5-10 cm with AQUAFIN-RS300, free of wrinkles <br />and covering the whole area. Finally, the bonded joint</p> <p>AQUAFIN-RS300 is mixed in the following mix ratio, acc. <br />to parts by weight: <br />1 part powder component: 1 part dispersion component <br />Due to project or application conditions, e.g. <br />application in the screen or spray technique, water <br />addition of up to a maximum of 1.5 % (0.15 l/10 kg) <br />AQUAFIN-RS300/M-PLUS is permitted. Water is added</p> <p>5/7</p> <p>31/19</p> <p>tapes must be coated over with AQUAFIN-RS300 and <br />seamlessly integrated into the waterproofing. Proceed in <br />the same way when inserting ASO joint tape pre-formed <br />pieces.</p> <p>approx. 4 cm. Alternatively, AQUAFIN-1K can also be <br />applied as a bond coat depending on the specific object. <br />After drying, carry out the waterproofing with <br />AQUAFIN-RS300.</p> <p>Waterproofing bonded with tiles and boards (AIV-F): <br />Floor drains and intersections in the tank area must be <br />provided with suitable flange elements. <br />Apply AQUAFIN-RS300 fully to the thin-bed flange <br />and overlap area. Embed the ASO sealing sleeve <br />base into the fresh layer without voids or wrinkles and <br />finally integrate it into the waterproofing by complete <br />overcoating. Alternatively, in wear class A (PG-AIV-F), <br />sealing can be made to the pipe penetration without <br />flange. Depending on the nominal diameter, ASO sealing <br />sleeve bottom or ASO sealing sleeve wall can be used <br />for sealing pipe penetrations <br />in wear class A wall areas. Roughen, clean and degrease <br />the pipe penetration with a suitable cleaner, prime <br />if necessary. <br />Apply a full coat of AQUAFIN-RS300 and then insert the <br />ASO sealing sleeve. The hole diameter of the sealing <br />sleeve must be significantly smaller than the pipe diameter <br />so that the “memory effect” of the ASO sealing sleeve <br />causes it to be pressed against the pipe penetration. <br />The joint tape technology must always be connected <br />as overlapping to the waterproofing. Joints are always <br />applied with an overlap of 5 cm to 10 cm. <br />Tiles or boards are laid with one of the tile adhesives <br />listed in the system components section. The waterproofing <br />layer must be totally hardened at the time of the laying <br />work.</p> <p>Pipe penetrations: <br />Depending on the nominal diameter, the ASO sealing <br />sleeve bottom or ADF sealing sleeve wall or ADF pipe <br />sleeve are used for waterproofing pipe penetrations <br />in water wear class W1.1-E and W1.2-E, <br />and the waterproofing <br />is carried out at least 5 cm onto the pipe penetration. <br />When using suitable flange elements, apply <br />AQUAFIN-RS300 fully to the thin-bed flange and overlap <br />area. Embed the ASO sealing sleeve base into the fresh <br />layer without voids or wrinkles and finally integrate it into <br />the waterproofing by complete overcoating. In water wear <br />class W 2.1-E, suitable loose fixed flange constructions <br />or tested house entry systems must be used. <br />Transitions in water impermeable concrete structures to a <br />submersion depth of 3 m (max. opening width 1.0 mm): <br />Waterproofing is carried out on the surface, cleaned free <br />of unevenness and cement slurries, to a minimum width of <br />15 cm either side of the joint. Carry out the waterproofing <br />to the wall/floor junction approx. 15 cm down the face of <br />the water impermeable foundation slab. <br />Always apply 2 coats. Insert an ASO-Verstärkungseinlage <br />(reinforcing-fleece) into the first coat. Subsequently achieve <br />an even thickness by using a 4 to 6 mm notched trowel <br />and then smoothing. <br />Consumption is approx. 6 kg/m² for a dry film thickness of <br />approx. 4.0 mm.</p> <p>The following points must also be observed when <br />waterproofing structures in accordance with <br />DIN 18533 and the WTA leaflet “Subsequent <br />waterproofing of building components in direct ground”: <br />Pre-coat in the base slab/wall transition with <br />ASOCRET-M30 in a consistency that is able to <br />screen and, while still wet, install a sealing groove <br />of ASOCRET-M30 with an edge height of at least</p> <p>Drainage and protection boards with structures in the <br />ground: <br />Protect waterproofing from weathering and mechanical <br />damage through suitable protective measures in <br />accordance with DIN 18195 part 10. Only install <br />protective layers once the coating is fully dry. Suitable <br />protection and drainage boards can be fixed on battens</p> <p>6/7</p> <p>31/19</p> <p>of COMBIDIC-1K and perimeter insulation is to be butt <br />jointed and fully bonded with COMBIDIC-2K-CLASSIC or <br />COMBIDIC-2K-PREMIUM.</p> <p>800-1000 g/m² ASODUR-GBM. <br />• To waterproof PVC, red brass and stainless steel <br />flanges, abrade the flange, clean, degrease, apply <br />AQUAFIN-RS300 and the ASO-Joint-Gasket or <br />alternatively bed in the ASO-Pipe-Gasket without <br />voids or folds and seamlessly connect with the surface <br />applied membrane. <br />• Observe the relevant current regulations!</p> <p>Alternatively the protective layers can be fully bonded <br />with a blend of AQUAFIN-RS300/0.1 – 0.35 mm quartz <br />sand (approx. 5 kg per 20 kg AQUAFIN-RS300) and a <br />suitable notched trowel and the buttering-floating method. <br />Incorporate drainage in accordance with DIN 4095 <br />specifications.</p> <p>Please observe the current valid EU Safety date sheet! <br />GISCODE: ZP1 (component A) <br /> <br />D1 (component B)</p> <p>Advice: <br />• Protect areas not being treated during the application <br />of AQUAFIN-RS300. <br />• During the curing process the waterproof membrane <br />cannot come into contact with water. Water penetrating <br />from the rear can lead to delamination in frost. <br />• When there is strong sunshine, work against the <br />direction of the sun working in the shaded areas. <br />• In rooms with high humidity and/or inadequate <br />ventilation (e.g. water containers) it may drop below <br />the dew point on the surface (condensation formation). <br />This is to be prevented with suitable measures such as <br />e.g. dehumidifiers. Direct heating or uncontrolled blown <br />warm air is not permitted. <br />• As a surface protection AQUAFIN-RS300 may not be <br />subjected to point or linear loading. <br />• Renders/plasters may be applied over <br />AQUAFIN-RS300 as can be paints, which must be <br />vapour permeable, solvent free dispersions or silicate <br />dispersion paints (not pure silicate paints). <br />• Direct contact with metals such as copper, zinc and <br />aluminium is to be prevented by a pore sealing primer. <br />A pore sealing primer can be produced using two <br />coats of ASODUR-GBM. Liberally apply the first coat to <br />the degreased and cleaned substrate. <br />Once this coat has reacted sufficiently so that it can no <br />longer be disturbed (approx. 3-6 hours), brush apply a <br />second coat of ASODUR-GBM and broadcast <br />with 0.2 – 0.7 mm quartz sand. Consumption approx.</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>The rights of the buyer with regard to the quality of our materials are based on our terms and conditions of sale and delivery. Our technical advice team will be happy to advise you in the case <br />of requirements that exceed the scope of the application described here. In order to be binding, a legally binding written confirmation is required. The product description does not release the <br />user from a duty of care. Lay a test area in the event of uncertainty. This version becomes invalid in the event of a new version being issued. <br />7/7</p> <p>SF/CoS/LiB</p> <p>31/19</p>
