ASODUR-V360W Technical Data Sheet EN 3118.pdf
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<h1>ASODUR-V360W Technical Data Sheet EN 3118.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>ASODUR®-V360W</p> <p>Technical Data Sheet <br />INDUFLOOR®-IB2360 </p> <p>Art.-No. 2 05056</p> <p>Water emulsified sealer</p> <p>warehouses, workshops, garages, production areas, <br />access balconies etc. Avoid high point loading. Not <br />suitable for heavy duty areas under high mechanical <br />stresses.</p> <p>SCHOMBURG GmbH & Co. KG <br />Aquafinstrasse 2–8 <br />D-32760 Detmold <br />15 <br />2 05056 <br />EN 1504-2 <br />ASODUR-V360W</p> <p>Technical Data: <br />Basis: <br />2-comp. epoxy resin <br />Colour: pebble grey (≈ RAL 7032) <br />stone grey(≈ RAL 7030) <br />Special colours: <br />oxide red (≈ RAL 3009) <br />light grey (≈ RAL 7035) <br />light ivory (≈ RAL 1015) <br />Other special colours on request <br />Viscosity*: <br />medium viscosity <br />Density*: <br />approx. 1.36 g/cm3 <br />Mixing ratio: <br />100:20 parts by weight <br />Pot life*: <br />approx. 40 minutes <br />Ambient and <br />substrate temp.: min. +10 °C <br />max. +35 °C <br />at max. 65 % relative humidity <br />Foot traffic after*: approx. 16 hours <br />Overcoat after*: approx. 16 hours up to max. 24 hours <br />Fully cured after*: approx. 7 days</p> <p>Surface protection product - Coating <br />Principle 2.2/5.1/6.1 <br />Water vapour permeability <br />Class II <br />Capillary water absorption and <br />water permeability <br />w < 0.1 kg/m² × h0.5 <br />Tensile adhesion strength by pull-off test <br />≥ 1.5 (1.0) N/mm² <br />Abrasion resistance <br />Loss in mass <br /> <br />≤ 3000 mg <br />Impact resistance <br />Class I <br />Resistance to strong chemical attack <br />Visible observations <br /> <br />to ISO 4628/1 <br /> <br />possible only, due <br /> <br />to the very thin film <br />Reaction to fire <br />Class E <br />Hazardous substances <br />In compliance with 5.3 EN 1504-2</p> <p>• Water emulsified, pigmented, 2-comp. epoxy resin. <br />• Free from organic solvents. <br />• Low odour. <br />• Resistant to dilute alkalis and acids, heating oil and <br />petrol. <br />• Can be diluted up to 10% with water (priming). <br />• Water vapour permeable. <br />• Excellent adhesion to to many substrates. <br />• Satin-sheen surface finish. <br />• Water resistant. <br />• Resistant to plasticizers. <br />• Can be produced as an anti-slip finish. <br />When exposed to UV, colour variations – related to <br />the binder – as well as chalking must be anticipated. <br />Permanent exposure to weathering and permanent <br />exposure to wet conditions is to be tested on an individual <br />basis.</p> <p>Shore D hardness: approx. 70</p> <p>Water vapour <br />transmission factor: approx. 1 250 μ <br />Cleaning: Thoroughly clean tools immediately <br />after use with water. <br />Packaging: 1 kg, 6 kg, 12 kg and 30 kg <br />containers. Components A and B are <br />delivered at a predetermined mixing <br />ratio. <br />Storage: 12 months when stored dry, cool <br />and frost free above +10° C in the <br />original unopened packaging.</p> <p>Areas of application: <br />ASODUR-V360W is used for sealing cement-based <br />floor areas, magnesite screeds, calcium sulfate screeds <br />and well compacted poured asphalt screeds e.g. in</p> <p>* The values are valid at +23 °C and 50 % relative humidity</p> <p>1/5</p> <p>31/18</p> <p>Substrate preparation: <br />The area to be treated must be: <br />• dry, firm, sound and have a good key <br />• free from separating and adhesion inhibiting <br />substances such as dust, laitance, grease, oil, rubber <br />marks, paint residues and similar</p> <p>Calcium sulfate screed: <br />• Screed quality: DIN EN 13813 CA-C25-F5 <br />• Age: <br />min. 14 days <br />• Tensile adhesion <br />strength: <br />> 1.0 N/mm² <br />• Residual moisture: < 0.5% (carbide hygrometer method) <br />with underfloor heating < 0.3 % <br />(carbide hygrometer method)</p> <p>Dependent on the condition of the substrate to be treated, <br />use suitable preparation methods e.g. shot blasting, <br />scabbling, planing, brushing, sweeping, vacuuming, grit <br />blasting, high pressure washing. Seal existing cracks (e.g. <br />with ASODUR-K900 in accordance with the technical <br />data sheet).</p> <p>Mastic asphalt screed: <br />• Screed quality: AS IC15 <br />• Tensile adhesion <br />strength: <br />> 1.0 N/mm²</p> <p>The following criteria are also to be observed <br />dependent on the particular substrate: <br />Cementitious surfaces: <br />• Concrete: <br />min. C20/25 <br />• Screed quality: DIN EN 13813 min. CT-C35-F5 <br />• Age: <br />min. 28 days <br />• Tensile adhesion <br />strength: <br />1.5 N/mm2 <br />• Residual moisture: 6% (carbide hygrometer method) <br />• Render quality: <br />P III a / P III b <br />• Tensile adhesion <br />strength: approx. 0.8 N/mm² <br />(pre-blended mortar) <br />• Residual moisture: 6% (carbide hygrometer method)</p> <p>Product preparation: <br />Components A (resin) and B (hardener) are delivered <br />at a predetermined mixing ratio. Tip component B into <br />component A. <br />Ensure that the hardener drains completely from its <br />container. Blend both components together with a suitable <br />mixer at approx. 300 rpm (e.g. drill with paddle). It is <br />important to also stir from the sides and the bottom to <br />ensure that the hardener is evenly dispersed. Stir until the <br />mix is homogenous (free from streaks); mixing time approx. <br />5 minutes. The minimum temperature during mixing should <br />be +15° C. Do not use mixed material directly from the <br />packaging. Decant the material into a clean container <br />and mix through thoroughly once again.</p> <p>Magnesia screed: <br />• Screed quality: <br />• Age: <br />• Tensile adhesion <br />strength: <br />• Residual moisture: </p> <p>Method of application / consumption: <br />Apply 2-3 coats of ASODUR-V360W by roller. Pour the <br />mixed material in portions over the area and spread using <br />a twin-bladed rubber squeegee. Then even out using a <br />short nap paint roller in a 90º crossways manner.</p> <p>DIN EN 13813 min. MA-C35-F5 <br />min. 14 days <br />> 1.0 N/mm2 <br />< 2 % (carbide hygrometer method)</p> <p>Priming: Dilute ASODUR-V360W with 8 to a max. of 10% <br />water and apply by roller in one coat (crossways at 90º). <br />Consumption: approx. 300 g/m2 of diluted material.</p> <p>2/5</p> <p>31/18</p> <p>Important advice: <br />• Avoid applying individual coats too thickly (greater <br />material consumption). This leads to crack formation, <br />possibly de-lamination and to extended waiting times <br />between individual applications. <br />• Ensure there is good ventilation during the drying and <br />curing phases. <br />• As a rule SCHOMBURG products are supplied in <br />working packs i.e. at a predetermined mixing ratio. <br />With deliveries in large containers, part quantities will <br />need to be weighed using scales. Always thoroughly <br />stir the filled components and only then blend with <br />the second component. This is to be carried out with <br />a suitable rotary mixer e.g. Polyplan/Ronden mixing <br />paddle or similar. In order to exclude mixing errors, <br />decant into a clean container and remix. The mixing <br />speed should be 300 – 400 rpm. Ensure that no air <br />is entrained. Higher speeds drag unnecessary air <br />quantities into the product whilst lower speeds do not <br />result in a good blend or require too long a mix time <br />(pot life). The temperature of the components should <br />be at a minimum of +15° C. This is also applicable <br />to any fillers, e.g. sand, to be mixed in. The addition of <br />any fillers is carried out after both liquids have been <br />blended. Afterwards tip the completely mixed material <br />immediately onto the prepared substrate and promptly <br />thoroughly spread in accordance with the instructions <br />in the technical data sheet. Always stir one component <br />products before using. <br />• Higher temperatures shorten the pot life. Lower <br />temperatures increase the pot life and curing time. <br />Material consumption is also increased at lower <br />temperatures. <br />• Colour: Minor colour variations due to different <br />production plants and raw material fluctuations are <br />unavoidable. This should be considered when applying <br />coatings. Neighbouring sections should be completed <br />with the same production units (see batch number on <br />the packaging).</p> <p>Possible situation - levelling /scratch coat: <br />Produce the levelling/scratch coat: <br />ASODUR-V360W: 1.0 part by weight <br />Quartz sand (particle size 0.1–0.35 mm) 0.5 parts by weight <br />Mix in the quartz sand with the previously homogenously <br />mixed and decanted resin and hardener components. <br />Ensure that the liquid and solid constituents are evenly <br />blended. <br />Levelling layer and scratch coat: <br />Apply the finished mix in a single operation on the primed <br />surface to a thickness of max. 2 mm using scratch coat <br />techniques. Treat uneven areas as necessary, once <br />cured, with 100 grade abrasive paper without leaving <br />grooves, and vacuum. Once hardened, seal the area with <br />ASODUR-V360W. <br />The consumption dependent on substrate condition is <br />approx. 1.6 kg/m²/mm thickness. <br />Drying time: 1 – 2 days/mm. <br />Recesses and pinholes are to be closed off with <br />ASODUR-V360W with the addition of 2–3% by weight of <br />the fibre filler ASO-FF. A second layer can be applied, if <br />needed, after waiting for approx. 2 hours. <br />Finishing sealer: <br />ASODUR-V360W is roller applied (crossways at 90º) in <br />1–2 coats on to the primer or scratch coat. <br />Consumption: approx. 300–350 g/m2/coat <br />Possible situation - slip prevention: <br />Apply one coat of ASODUR-V360W. Homogenously <br />stir in ASO-Antislide (10% by weight), then thoroughly <br />and evenly apply the mix with a short nap paint roller <br />crossways at 90º. Keep overlap areas as small as <br />possible. <br />Consumption: a <br /> pprox. 140 – 170 g/m² <br />plus 14 – 17 g/m² ASO-AntiSlide</p> <p>3/5</p> <p>31/18</p> <p>• The bond between the individual coats can be <br />heavily impeded through the influence of moisture or <br />contamination between successive applications. The <br />substrate temperature must be a min. of < 3° C above <br />the dew point. <br />• If there is a long time period between coatings or if <br />areas need to be re-coated after a long time period, <br />then the old surface must be well cleaned and <br />thoroughly abraded, after which a completely new <br />pore free sealing coat should be applied. It is not <br />sufficient to simply overcoat. <br />• Surface protective systems must be protected for <br />approx. 4 – 6 hours from dampness after application <br />(e.g. rain, melt water). Dampness produces a white <br />discolouration and/or stickiness on the surface and <br />can impede the cure. Discoloured and/or sticky <br />surfaces should be taken off e.g. by abrading and <br />renewed. <br />• Consumption quantities given are values determined <br />by calculation without additions for surface roughness <br />or absorption, levelling or residues in the containers. <br />We recommend adding a calculated safety factor of <br />10% to the computed consumption quantities. <br />• Applications that are not clearly explained in this <br />technical data sheet may only be carried out after <br />consultation with and written confirmation from the <br />Technical Services Department of SCHOMBURG. <br />• Cured product residues are to be disposed of under <br />waste disposal classification AVV 150106. <br />Please observe a valid EU safety data sheet. <br />GISCODE: RE 2</p> <p>4/5</p> <p>31/18</p> <p>Resistance list</p> <p>High resistance <br />(≤ 14 days)</p> <p>Medium resistance <br />(≤ 72 hours)</p> <p>Classification</p> <p>Low resistance <br />(≤ 8 hours)</p> <p>Concentration (%)</p> <p>Test liquids</p> <p>Inorganic acids <br />Nitric acid</p> <p>15</p> <p>■</p> <p>Sulphuric acid</p> <p>15</p> <p>■</p> <p>Hydrochloric acid</p> <p>30</p> <p>■</p> <p>Organic acids <br />Formic acid</p> <p>2</p> <p>Citric acid</p> <p>15</p> <p>Lactic acid</p> <p>20</p> <p>■ <br />■ <br />■</p> <p>Alkalis <br />Caustic soda</p> <p>20</p> <p>■</p> <p>Ammonia</p> <p>25</p> <p>■</p> <p>Kerosine</p> <p>pure</p> <p>■</p> <p>Petrol</p> <p>pure</p> <p>■</p> <p>Diesel</p> <p>pure</p> <p>■</p> <p>Ethanol</p> <p>pure</p> <p>■</p> <p>Motor oil</p> <p>pure</p> <p>■</p> <p>Brake fluid</p> <p>pure</p> <p>■</p> <p>Heating oil</p> <p>pure</p> <p>■</p> <p>35</p> <p>■</p> <p>Solvents</p> <p>Oils</p> <p>Aqueous solutions <br />De-icing salt solution</p> <p>All data were determined under laboratory conditions at +20 ºC. Deviations due to higher temperatures, local factors and ambient conditions are possible. Slight visible surface changes or <br />minor swelling, without impeding the functionality of the waterproof membrane cannot therefore be excluded. In the case of doubt, we recommend a suitability test is carried out related to <br />the project.</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 />5/5</p> <p>CJ/CoS/TM</p> <p>31/18</p>
