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<h1>Prospekt_Schwimmbaeder_sicher_planen_und_bauen_A4_1526_EN.pdf</h1> <p>SCHOMBURG <br />Problems Solved.</p> <p>SWIMMING POOLS <br />RELIABLE PLANNING <br />AND CONSTRUCTION <br />Professional waterproofing of composite <br />constructions with tiles and boards.</p> <p>schomburg.com <br />schomburg.com</p> <p>Water is a sports and adventure space. That is why there <br />are so many swimming pools, sports and leisure pools. Be it <br />a sports pool, treatment pool or teaching pool or other, all <br />types of pools represent a high technical challenge with <br />regard to their functionality and demand longevity in terms of <br />their life cycle. In new builds and renovations, the same <br />parameters apply for appropriate functionality. Furthermore, <br />in the course of expanding or making a pool more attractive, <br />a refurbishment of the existing parts of the building is almost <br />always considered. Continuous updating of the relevant <br />technical regulations to their status today as well as the <br />increasing demands for hygiene, health protection and <br />sustainability have resulted in a significant rise in quality <br />standards. On the one hand, this has implications for all <br />those involved in the execution of such construction projects, <br />and on the other hand, it requires experienced partners <br />throughout the entire planning and construction process, also <br />taking into account the expected investment costs.</p> <p>Particularly for the commercial sector, the requirements are <br />increasing with regard to digitalisation in the construction <br />industry. In addition to the digitalisation of business models, <br />this also includes the coordination of work assignments. <br />Digital planning (BIM), communication via mobile devices <br />and the availability of offers for the economic use and <br />maintenance of real estate are essential components of a <br />forward-looking construction system.</p> <p>The SCHOMBURG group offers swimming pool <br />construction trades tried and tested, sealed system <br />solutions - from the injection hose and the two-component <br />mineral-based sealing slurry, right to the chemicallyresistant joint mortar. <br />These make it possible for the planner and the execution <br />company to impress the developer with reliable planning <br />and execution, especially developers who have already had <br />to complain about damage to their properties and therefore <br />show a particular sensitivity for possible sources of error. <br />The expertise acquired over decades of development <br />work across SCHOMBURG construction system materials <br />offers the qualified specialist company significant added <br />benefits. Those involved in construction benefit from <br />competent advice on all aspects of efficient application <br />technology, be it in relation to applications that comply <br />with regulations or to special constructions and timeconsuming work. <br />In the area of swimming pools, particular attention must be <br />paid to the relevant waterproofing technology because there <br />is no room for failure in the highly stressed tank bodies. <br />Rising demands necessitates that the tiling trade work with <br />the highest quality and efficiency. It is therefore not without <br />good reason that swimming pool construction is described <br />by skilled specialists as the “supreme discipline” of the tiling <br />and waterproofing industry. <br />It is frequently consequential damage resulting from mistakes <br />in the waterproofing technology of earlier generations that after extended downtimes or periods out of use - provides <br />the impetus for thorough renovation of defective existing <br />swimming pools. <br />However, such renovation measures are generally also seen <br />as a real opportunity. It is not uncommon for developers to <br />utilise pending substantial alterations as a chance to <br />enhance the appearance of the project. As a result of this, <br />the renovation project often looks like a new build on the old <br />site.</p> <p>2</p> <p>schomburg.com</p> <p>schomburg.com</p> <p>3</p> <p>“Standards-compliant” waterproofing in combination with tiles and boards <br />in the different areas of a pool <br />With the waterproofing standards <br />DIN 18534 “Waterproofing for <br />indoor applications” and DIN 18535 <br />“Waterproofing of tanks and pools”, <br />it is now possible to seal all areas of <br />a swimming pool in compliance with <br />standards for waterproofing in <br />combination with a covering of tiles or <br />boards (AIV). <br />Until July 2017, the basis for planning <br />waterproofing in swimming pools was <br />generally the previous waterproofing <br />standard DIN 18195 and the ZDB <br />bulletins. While the various areas of <br />use were previously subdivided by <br />o load classes in the ZDB bulletins, <br />the differentiation in DIN 18534 and <br />DIN 18535 is made by water impact <br />classes. <br />In DIN 18534 “Waterproofing of <br />interior rooms”, waterproofing is <br />described with the following material <br />groups: <br />•W <br /> aterproofing with waterproofing <br />materials in sheet form <br />•W <br /> aterproofing with melted asphalt <br />and asphalt mastic <br />•W <br /> aterproofing with liquid <br />application waterproofing materials <br />in combination with tiles and boards <br />(AIV-F) <br />•W <br /> aterproofing with waterproofing <br />materials in sheet form in <br />combination with tiles and boards <br />(AIV-B)</p> <p>• Waterproofing with waterproofing materials <br />in panel form, in combination with tiles and <br />boards (AIV-F) <br />In DIN 18535 “Waterproofing of tanks and <br />pools”, waterproofing is described with</p> <p>schomburg.com</p> <p>Designation</p> <p>Designation</p> <p>Description</p> <p>Permissible SUBSTRATES in <br />Recommended <br />accordance with DIN 18534 and WATERPROOFING <br />DIN 18535 <br />SYSTEM</p> <p>W1-B <br />W2-B</p> <p>Waterproofing pools and tanks with a fill <br />height of up to 5 m <br />Waterproofing pools and tanks with a fill <br />height of up to 10 m</p> <p>Concrete, cement-based screed, cement plaster <br />without lime hydrate</p> <p>W3-B</p> <p>Waterproofing pools and tanks <br />with a fill height of over 10 m</p> <p>B</p> <p>Swimming pool <br />surround <br />A <br />Communal showers</p> <p>Kitchenettes <br />C <br />Steam bath</p> <p>Description</p> <p>Surfaces of containers subjected to <br />water under pressure, e.g. public <br />and private indoor and outdoor <br />swimming pools. <br />Directly and indirectly exposed <br />surfaces in rooms in which very <br />frequent or prolonged use is made of <br />wastewater and cleaning water, e.g. <br />around swimming pools and shower <br />facilities. <br />Directly and indirectly exposed <br />surfaces in rooms in which very <br />frequent or prolonged use is made of <br />wastewater and cleaning water with <br />limited chemical stress.</p> <p>W3-I</p> <p>W3-I</p> <p>Sauna <br />A</p> <p>Description as in collective showers</p> <p>Wall</p> <p>A0</p> <p>Surfaces in rooms subject to direct <br />and indirect exposure in which <br />wastewater and cleaning water are <br />not very often used, e.g. in domestic <br />baths, bathrooms and hotels.</p> <p>W1-I</p> <p>Floor</p> <p>A</p> <p>Description as in collective showers</p> <p>Wall</p> <p>A0</p> <p>Floor</p> <p>A</p> <p>WC</p> <p>Changing <br />rooms</p> <p>In connection with the planned waterproofing system, only the system <br />components tested with it may be used, for example:</p> <p>WATER EXPOSURE CLASS <br />per DIN 18534 and DIN 18535</p> <p>Pool filled with <br />drinking water <br />Pool filled with <br />brine</p> <p>•W <br /> aterproofing with waterproofing materials in sheet form (AIV-B) <br />•W <br /> aterproofing with liquid application waterproofing materials in <br />combination with tiles and boards (AIV-F)</p> <p>LOAD CLASS PER ZDB BULLETIN <br />AREA</p> <p>Foyer</p> <p>4</p> <p>the following material groups: <br />• Waterproofing with non crack-bridging, <br />cementitious waterproofing slurry (MDS) <br />• Waterproofing with crack-bridging, <br />cementitious waterproofing slurry (MDS) <br />• Waterproofing with liquid polymer (FLK)</p> <p>W2-I</p> <p>Surfaces with very frequent or long-lasting <br />exposure to splash and/or wastewater <br />and/or water from intensive cleaning <br />procedures, <br />intensified by accumulating water <br />Surfaces with very frequent or long-lasting <br />exposure to splash and/or wastewater <br />and/or water from intensive cleaning <br />procedures, intensified by accumulating <br />water + chemical exposure due to <br />chemically contaminated wastewater and <br />particularly contaminated cleaning water <br />Surfaces with frequent or long-lasting <br />exposure to splash water and/or <br />wastewater, mainly intensified on the floor <br />by accumulating water.</p> <p>AQUAFIN-RS300 <br />AQUAFIN-EPOX <br />—</p> <p>Concrete, cement-based screed, cement plaster, <br />lime cement plaster, cement-based construction <br />boards, composite elements from expanded or <br />extruded polystyrene</p> <p>AQUAFIN-RS300</p> <p>AQUAFIN-RS300</p> <p>AQUAFIN-EPOX <br />As communal showers <br />AQUAFIN-EPOX <br />Concrete, cement-based screed</p> <p>AQUAFIN-RS300</p> <p>such as communal showers, as well as <br />construction boards that have been certified by the <br />manufacturer as moisture-resistant</p> <p>AQUAFIN-RS300 <br />AQUAFIN-1K-Premium</p> <p>Surfaces with frequent exposure to <br />splash water or less frequent exposure to <br />wastewater, without intensification due to <br />accumulating water</p> <p>As communal showers, additionally gypsum wall <br />construction boards, gypsum fibre boards, gypsum <br />boards with fleece reinforcement</p> <p>W2-I</p> <p>Description as in sauna</p> <p>As sauna</p> <p>Description as per wall surfaces in <br />changing rooms</p> <p>W1-I</p> <p>Description as per wall surfaces in changing <br />rooms</p> <p>As in changing rooms</p> <p>Description as in collective showers</p> <p>W2-I</p> <p>Description as in sauna</p> <p>As sauna</p> <p>AQUAFIN-RS300 <br />AQUAFIN-1K-Premium</p> <p>• Joint sealing tapes <br />• Sealing collars <br />• Reinforcing inserts <br />• Thin-bed mortar <br />These must be explicitly named in the test certificates of the <br />planned waterproofing system to be used. <br />In accordance with DIN 18534, all surfaces per the water <br />exposure classes W2-I and W3-I must be sealed. However, <br />with water exposure class W1-I it is only necessary to seal <br />substrates and wall surfaces manufactured from water-sensitive <br />building products, or water-resistant building products if these <br />are located directly behind water-sensitive building products, <br />for example insulation. <br />In the case of wall surfaces exposed to water, waterproofing <br />must be applied a minimum of 20 cm above the water intake <br />point or above the height of the anticipated splash water area. <br />If it is only necessary to seal the substrate or floor, e.g. <br />changing areas or the foyer of a swimming pool, the <br />waterproofing layer must be applied min. 5 cm above the <br />upper edge of the top floor covering. <br />All installation or assembly parts in the area of the <br />waterproofing, e.g. drains, gutters, shower fittings, as well as all <br />assembly parts in a pool that is to be waterproofed must have <br />a min. 5 cm wide sealing flange running all round according to <br />the new waterproofing standards. <br />While waterproofing with AIV-F, such as crack-bridging, <br />cementitious waterproofing slurry is possible in all neighbouring <br />water exposure classes DIN 18534 (W0-I to W3-I) and <br />DIN 18535 (W1-B to W2-B), waterproofing with <br />waterproofing materials in sheet form in combination with tiles <br />and boards (AIV-B) is only applicable on surfaces with water <br />exposure classes W0-I to W2-I as well as on wall surfaces of <br />water exposure class of DIN 18534. Bonded waterproofing <br />(AIV-B) does not apply in DIN 18535, the standard for <br />waterproofing tanks and pools.</p> <p>AQUAFIN-RS300 <br />AQUAFIN-1K-Premium</p> <p>schomburg.com</p> <p>5</p> <p>Water exposure classes W2-I and W3-I, high to very high water exposure</p> <p>Swimming pool surrounds · Shower syst ems and sanitary rooms · Sauna areas <br />In wet areas whose wall or floor substrates are classified in water <br />exposure classes W2-I or W3-I per DIN 18534, only subfloor <br />structures made of water-resistant building materials may be used <br />(see tables pages 4 + 5). With AIV-F, polymer dispersions (DM) <br />are only permitted on wall surfaces up to water exposure class <br />W2-I and floor surfaces up to W1-I. Crack-bridging, cementitious</p> <p>waterproofing slurry (CM) and reaction resin (RM) may be used on <br />wall and floor surfaces in all water exposure classes. Waterproofing <br />with waterproofing materials in sheet form are permitted in <br />combination with tiles and boards (AIV-B) for wall surfaces up to <br />water exposure class W3-I and floor surfaces up to water exposure <br />class W2-I.</p> <p>The allocation of suitable SCHOMBURG bonded <br />waterproof systems to the water impact classes of the <br />waterproofing standards DIN 18534 and DIN 18535 <br />can be found in table form at www.schomburg.de.</p> <p>AiV implementation protocol</p> <p>EXAMPLE APPLICATION SEQUENCE: <br />SWIMMING POOL SURROUND/WALL</p> <p>1</p> <p>Primer ASO-Unigrund-GE <br />Solvent-free dispersion primer</p> <p>2</p> <p>Waterproofing AQUAFIN-RS300 <br />Rapid hybrid waterproofing</p> <p>3</p> <p>Application SOLOFLEX <br />Flexible thin-bed mortar</p> <p>4</p> <p>Grouting CRISTALLFUGE-HF <br />water-repellent expansion joint</p> <p>EXAMPLE APPLICATION SEQUENCE: <br />SWIMMING POOL SURROUND/FLOOR</p> <p>1</p> <p>6</p> <p>schomburg.com</p> <p>1</p> <p>Primer ASO-Unigrund-GE <br />Solvent-free dispersion primer</p> <p>2</p> <p>Waterproofing AQUAFIN-RS300 <br />Rapid hybrid waterproofing</p> <p>3</p> <p>Application UNIFIX-S3 <br />cementitious thin-bed adhesive/tile adhesive</p> <p>4</p> <p>Grouting CRISTALLFUGE-EPOX <br />epoxy resin joint mortar</p> <p>schomburg.com</p> <p>7</p> <p>ZDB moisture exposure class B or DIN 18535 Water impact class W1-B/W2-B</p> <p>Swimming pools in interior/exterior <br />The allocation of suitable SCHOMBURG composite <br />waterproofing systems to the water impact classes <br />of the waterproofing standards DIN 18534 and <br />DIN 18535 can be found in table form at <br />www.schomburg.de.</p> <p>Permissible installation surfaces and substrates are listed in <br />Tables 2 and 3 of the ZDB bulletin “Bonded sealing (AIV)” – <br />November 2022. As an alternative to cement plaster from <br />the mortar group PIII CS IV per DIN EN 998-1 without the <br />addition of lime hydrate, it is also possible to use mortar or</p> <p>areas · Pool edges <br />levelling compounds (e.g. PCC mortar = Polymer-CementConcrete mortar) as a pre-blended dry mortar, which <br />facilitates shortening the waiting time (drying time) until <br />waterproofing/tiling by over 3 weeks. <br />Liquid application waterproofing materials used in pools <br />include crack-bridging, cementitious waterproofing slurry <br />(CM) or reaction resin (RM). <br />After completion and before producing the ceramic <br />cladding, concrete pools that are furnished with bonded <br />waterproofing should be subjected to leak-tightness testing <br />for a minimum of 14 days, during which the pool should be <br />filled with chlorinated water continuously. During this time, <br />the pool water level must reach the maximum water level. <br />Before tiling with hydraulically hardening thin-bed mortar, <br />the drying time of the concrete structure must be at least 6 <br />months drying time. In addition, the surfacing material <br />bedding must cover the whole area insofar as possible. <br />With laying formats > 10 × 10 cm, apply the combination <br />method (Floating-Buttering method).</p> <p>8</p> <p>schomburg.com</p> <p>EXAMPLE APPLICATION SEQUENCE: <br />POOL/WALL <br />Adhesive slurriesASOCRET-HS-FLEX</p> <p>1</p> <p>Flexible contact/adhesive slurries and corrosion protection</p> <p>2</p> <p>Levelling ASOCRET-M30 <br />Swimming pool plaster</p> <p>3</p> <p>Waterproofing AQUAFIN-RS300 <br />Rapid hybrid waterproofing</p> <p>4</p> <p>Application SOLOFLEX <br />Flexible thin-bed mortar</p> <p>5</p> <p>Grouting CRISTALLFUGE-HF <br />Water-repellent heavy duty grouting</p> <p>EXAMPLE APPLICATION SEQUENCE: <br />POOL/FLOOR</p> <p>1 <br />1</p> <p>Bonding slurry ASOCRET-HB-FLEX <br />Cementitious bonding slurry</p> <p>2</p> <p>Bonded screed ASO-EZ4-PLUS <br />Water-repellent pre-blended dry mortar</p> <p>3</p> <p>Waterproofing AQUAFIN-RS300 <br />Rapid hybrid waterproofing</p> <p>4</p> <p>Application UNIFIX-S3 <br />Cementitious thin-bed adhesive/tile adhesive</p> <p>5</p> <p>Grouting CRISTALLFUGE-HF <br />Water-repellent heavy duty grouting</p> <p>schomburg.com</p> <p>9</p> <p>ZDB moisture exposure class C or DIN 18534, water impact class DIN 18535</p> <p>Brine and seawater baths · Steam ba ths · Thermal and mineral baths <br />The allocation of suitable SCHOMBURG composite <br />waterproofing systems to the water impact classes <br />of the waterproofing standards DIN 18534 and <br />DIN 18535 can be found in table form at <br />www.schomburg.de. <br />Permissible installation surfaces and substrates are listed in <br />Tables 2 and 3 of the ZDB bulletin “Bonded sealing (AIV)” – <br />November 2022. As already described with the swimming <br />pools filled with water per DIN 19643, in thermal, mineral, <br />brine or seawater pools, it is possible to use mortar or <br />levelling compounds (e.g. PCC mortar = Polymer-CementConcrete mortar) as a pre-blended dry mortar as an <br />alternative to cement plaster from the mortar group PIII CS IV <br />per DIN EN 998-1 without the addition of lime hydrate. <br />Polyurethane- or epoxy resin-based reaction resin systems <br />are applied as liquid application waterproofing materials <br />in thermal, mineral, brine or seawater pools, and in the <br />neighbouring wet areas with chemical exposure. <br />The AQUAFIN-EPOX reactive resin sealing system used in <br />these areas is based on epoxy resin. Epoxy resin-based <br />sealing systems offer greater processing reliability and <br />a lower health risk during application. <br />Furthermore, the tested, two-component, reactive curing, <br />flexible waterproofing slurry AQUAFIN-RS300 can be used <br />as AIV in areas in and around bathing pools where the filling <br />water is aggressive to concrete, up to exposure class XA2 <br />per DIN 4030.</p> <p>10 schomburg.com</p> <p>EXAMPLE APPLICATION SEQUENCE: <br />POOL/WALL <br />Adhesive slurriesASOCRET-HS-FLEX</p> <p>1</p> <p>Flexible contact/adhesive slurries and corrosion protection</p> <p>2</p> <p>Levelling ASOCRET-M30 <br />Swimming pool plaster</p> <p>3</p> <p>Primer ASODUR-SG3-thix <br />Epoxy resin primer</p> <p>4</p> <p>Waterproofing AQUAFIN-EPOX <br />Reaction resin waterproofing</p> <p>5</p> <p>Application CRISTALLFUGE-EPOX <br />Epoxy resin thin-bed adhesive/tile adhesive</p> <p>6</p> <p>Grouting CRISTALLFUGE-EPOX <br />Epoxy resin joint mortar</p> <p>EXAMPLE APPLICATION SEQUENCE: <br />POOL/FLOOR <br />Adhesive slurriesASOCRET-HS-FLEX</p> <p>1</p> <p>Flexible contact/adhesive slurries and corrosion protection</p> <p>2</p> <p>Bonded screed ASO-EZ4-PLUS <br />Water-repellent screed mortar</p> <p>3</p> <p>Primer ASODUR-SG3-thix <br />Epoxy resin primer</p> <p>4</p> <p>Waterproofing AQUAFIN-EPOX <br />Reaction resin waterproofing</p> <p>5</p> <p>Application CRISTALLFUGE-EPOX <br />Epoxy resin thin-bed adhesive/tile adhesive</p> <p>6</p> <p>Grouting CRISTALLFUGE-EPOX <br />Epoxy resin joint mortar</p> <p>schomburg.com 11</p> <p>Connection with assembly parts Waterproofing of corners and joints <br />Intersections of the waterproofing level, for example in the <br />area of drains, underwater lighting, inflows, etc., must be <br />designed such that these can be professionally integrated in <br />the waterproofing. For this reason, in areas of waterproofing <br />in combination with tiles and boards (AIV) - in accordance</p> <p>Floor drain</p> <p>with DIN 18534 and DIN 18535 - it is only permissible to <br />use assembly parts with a circumferential flange.</p> <p>by inlaying a joint sleeve / joint tape compatible with the <br />waterproofing system.</p> <p>In doing so, the flange width must be at least 50 mm. From <br />the flange of the assembly part to min. 50 mm onto the <br />neighbouring substrate, the waterproofing must be reinforced</p> <p>The task of the sealing collars/tapes is to protect <br />components and structures from the effects of moisture in <br />combination with the waterproofing material – which can</p> <p>only be achieved if there is a sufficient connection surface to <br />the installed components.</p> <p>Flange pre-treatment</p> <p>Concrete <br />Swimming pool plaster ASOCRET-M30 <br />Bonded waterproof system AQUAFIN-RS300 <br />Flange sealing ASO-Joint-Sleeve-Floor <br />Thin-bed mortar UNIFIX-S3 <br />Stainless steel flange</p> <p>Lamp housing / Einbaunische Hugo Lahme GmbH <br />Tiles <br />Grouting CRISTALLFUGE-HF</p> <p>ASO-Dichtband-2000-S <br />Bonded waterproof system AQUAFIN-RS300 <br />Screed</p> <p>Lighting VitaLight Power LED</p> <p>12 schomburg.com</p> <p>schomburg.com 13</p> <p>Comparison of pool edge systems <br />WIESBADEN <br />POOL EDGE SYSTEM</p> <p>FINLAND <br />POOL EDGE SYSTEM</p> <p>THERAPY POOL IN WIESBADEN <br />SYSTEM - LOW-LYING <br />ESCOSIL-2000-ST <br />Elastic joint sealant</p> <p>ESCOSIL-2000-ST <br />elastic joint sealant</p> <p>AQUAFIN-RS300 <br />waterproofing</p> <p>CRISTALLFUGE-EPOX <br />Epoxy resin joint mortar</p> <p>AQUAFIN-RS300 <br />waterproofing</p> <p>ASO-Dichtband-2000</p> <p>CRISTALLFUGE-EPOX <br />Epoxy resin thin-bed mortar</p> <p>AQUAFIN-RS300 <br />waterproofing</p> <p>ASO-Dichtband-2000</p> <p>PE round cord</p> <p>AQUAFIN-RS300 <br />waterproofing</p> <p>ASO-Dichtband <br />-2000-S</p> <p>PE round cord <br />ASO-Dichtband-2000-S</p> <p>AQUAFIN-EPOX <br />Reaction resin waterproofing <br />AQUAFIN-EPOX <br />Reaction resin waterproofing <br />ASODUR-SG3-thix <br />Epoxy resin primer <br />Thin-bed mortar with <br />ASODUR-SG3-thix <br />ASO-Dichtband-2000 <br />AQUAFIN-EPOX <br />Reaction resin waterproofing</p> <p>CAPILLARY-BREAKING JOINT <br />In the case of pool edge systems with a high-lying water <br />level, exposure of the covering on the lower-lying pool <br />surround to the effects of capillary water must be avoided. <br />In order to prevent water leakage, the capillary-breaking <br />joint presented in the “Wiesbaden” and “Finland” pool <br />edge systems is applied with ASODUR-SG2, mixed <br />with quartz sand in a mix ratio of 1:1 parts by weight.</p> <p>MOVEMENT JOINTS BETWEEN THE <br />POOL EDGE AND SURROUND <br />The tank body is often separated from the remaining loadbearing building components of a swimming pool by <br />construction measures. <br />A tried and tested construction variant, for example, is the <br />flexible bedding of the swimming pool surround on a <br />reinforced concrete pool edge base. <br />The structural separating joint that arises here must be <br />professionally protected against water ingress into the <br />plant rooms below.</p> <p>ASODUR-SG2 and <br />quartz sand 0.1–0.6 mm <br />(1:1) capillary-breaking <br />joint filler <br />ASO-Dichtband-2000 <br />ASO-EZ4-PLUS <br />Mortar bed made from <br />water-repellent <br />special cement mortar</p> <p>ASO-Dichtband-2000-S</p> <p>SOLOFLEX <br />Thin-bed mortar</p> <p>SOLOFLEX <br />Thin-bed mortar</p> <p>CRISTALLFUGE-HF</p> <p>CRISTALLFUGE-HF</p> <p>ASO-EZ4-PLUS <br />Mortar bed made from <br />Water-repellent <br />Special cement mortar <br />ASO-Dichtband-2000</p> <p>PE round cord <br />ASO-Dichtband-2000 <br />CRISTALLFUGE-EPOX <br />Epoxy resin joint mortar</p> <p>During the bonded waterproof system application and <br />laying works, the joint is bridged with the joint tape <br />technology compatible with the waterproofing system, as <br />shown. For surfaces with water exposure class W3-1, <br />according to DIN 18534-3, additional cut protection <br />must be planned and installed for movement, connection <br />and bay sizing joints.</p> <p>Interactive display</p> <p>The Wiesbaden pool edge system finds application with high <br />or low-lying water levels. <br />The high Wiesbaden gutter shown here is an overflow <br />system with specially shaped ceramic parts. <br />The water level is at the height of the pool edge. Whereby <br />the ceramic overflow gutter is arranged outside the pool and <br />will be covered with a grate.</p> <p>14 schomburg.com</p> <p>The Finnish gutter is also a pool edge system with a highlying water level. <br />The pool edge is applied with a beach-like gradient. The <br />water level sits at the height of the overflow edge arranged <br />outside the pool. <br />So, the Finnish gutter system enables numerous design <br />options, in particular with rounded pool geometries.</p> <p>The pool edge construction depicted here, with low-lying <br />water level, has proven outstanding in the design of therapy <br />pools with brine. The water level is approx. 25-30 cm <br />below the top edge of the pool and the swimming pool <br />surround is lowered relative to the water level for patient <br />care. <br />schomburg.com 15</p> <p>Pool edge waterproofing for unseal ed waterproof pool constructions <br />If no complete sealing of the <br />waterproofing basin construction is <br />planned, care must be taken when <br />“sealing” the swimming pool surrounds to <br />the basin to ensure that it is not possible <br />for water to migrate behind this. Migration <br />behind the waterproofing can lead not <br />only to leaks but also to an impairment of <br />the adhesive bond of the AIV-F to the <br />substrate. <br />In order to counteract this, a so-called <br />“receiving groove” is usually set into the <br />concrete structure in the area of the pool <br />edge, into which the waterproofing is fed <br />in the swimming pool surround. DIN 1045 <br />allows water to penetrate up to a <br />maximum of 5 cm into the waterproof <br />concrete construction. Experience shows <br />that water usually penetrates 15 - 25 mm <br />into the concrete. With the subsequent <br />cutting of an approx. 3 cm deep <br />“receiving groove”, migration behind the <br />waterproofing can be prevented. <br />However, this type of migration protection for the waterproofing <br />reduces the thickness of the concrete cover in the area of the <br />groove by more than half, which poses possible risks for the <br />corrosion protection for the reinforcement at this point. If the <br />construction of the so-called “receiving groove” is not included in <br />the contract for the structural work, additional legal problems arise, <br />as the cut in the waterproof concrete construction interferes with the <br />preceding trade.</p> <p>16 schomburg.com</p> <p>Grouting mortar CRISTALLFUGE-HF</p> <p>Grouting mortar CRISTALLFUGE-HF</p> <p>SOLOFLEX thin-bed mortar</p> <p>SOLOFLEX thin-bed mortar</p> <p>AQUAFIN-RS300 waterproofing</p> <p>AQUAFIN-RS300 waterproofing</p> <p>ASO-Dichtband-2000-S inlay</p> <p>ASO-Dichtband-2000-S inlay</p> <p>ASOCRET-M30 <br />ASODUR-SG3, 2-layer</p> <p>ASOCRET-M30 <br />ASO-SB <br />Closed-cell round cord <br />ESCOSIL-2000-ST</p> <p>Capillary-breaking joint filler <br />ASODUR-SG2 and quartz sand <br />0.1–0.6 mm (1:1)</p> <p>Capillary-breaking joint filler <br />ASODUR-SG2 and quartz sand <br />0.1–0.6 mm (1:1)</p> <p>CRISTALLFUGE-EPOX</p> <p>CRISTALLFUGE-EPOX</p> <p>SOLOFLEX thin-bed mortar</p> <p>2 layers ASODUR-SG3-thix <br />Levelling layer from ASOCRET-M30 <br />Grouting mortar CRISTALLFUGE-HF</p> <p>ESCOSIL-2000-ST <br />UNIFIX-S3 tile adhesive <br />Grouting mortar CRISTALLFUGE-HF</p> <p>Levelling layer from ASOCRET-M30 <br />ASO-EZ4-PLUS</p> <p>In order to prevent damaging influence <br />due to water ingress behind the <br />waterproofing layer on the bonding of the <br />waterproofing, we recommend the <br />following possible design variants <br />(see drawings): <br />• Application of a two-layer primer with <br />the water-insensitive epoxy resin primer <br />ASODUR-SG3-thix <br />• Producing the capillary grouting behind <br />the Wiesbaden channel with capillarytight epoxy resin mortar at full depth as <br />far as the upstand surface (concrete) of <br />the gutter blocks. With this variant, the <br />waterproofing ends approx. 10 cm <br />above the upstand surface of the gutter <br />blocks on the concrete. <br />With these two variants, the reservations in <br />terms of building law and construction <br />relating to designs with a so-called <br />“receiving groove”, can be eliminated.</p> <p>With these design variants as in the two illustrations, the water penetrating the concrete by <br />capillary action must travel at least 30 cm in the concrete, parallel to the concrete surface, <br />in order to reach the contact zone of the composite waterproofing (AIV). This can be <br />excluded with a probability bordering on certainty if the waterproof concrete construction <br />is carried out professionally.</p> <p>schomburg.com 17</p> <p>Jointless floor coating <br />Technical rooms and recreation rooms with light exposure <br />and no permanent wet load can be sealed with the water-</p> <p>Slip prevention <br />approx. RAL 1001</p> <p>emulsified epoxy resin ASODUR-V360W. The silk-matt <br />surface of this sealing resin prevents the screed chalking, <br />reduces wear and improves the cleanability. Whereby the <br />surface structure of the screed remains largely intact. For a <br />smooth or slip-resistant coating as well as for improved <br />hygiene or work safety, the application of the pigmented</p> <p>approx. RAL 1015</p> <p>2-component EP coating ASODUR-B351 is <br />recommended. This is highly chemically resistant and <br />withstands mechanical loading, does not contaminate food <br />and is plasticizer resistant. The EP-floor coating <br />ASODUR-B351 also satisfies increased demands for a nonslip surface (R9–R11) and a particularly dense surface. <br />In addition to the legal regulations in the workplace <br />ordinance and workplace regulations, certain construction <br />requirements also apply to recreation rooms. Furthermore, <br />personal injury due to VOC emissions from synthetic resin <br />coatings in occupied rooms, must be avoided. The vapour <br />permeable sealing product ASODUR-V360W satisfies the <br />assessment scheme of the German Committee for HealthRelated Evaluation of Building Products (“AgBB”) for the <br />reduction of indoor air pollution, and is therefore ideal for <br />industrial and commercial indoor spaces. <br />After sealing or coating are complete, thorough cleaning <br />takes place with the industrial floor cleaner ASO-R008. <br />This cleaning concentrate improves the cleanability during <br />subsequent maintenance cleaning.</p> <p>approx. RAL 7016</p> <p>approx. RAL 3009 <br />approx. RAL 5014 <br />approx. RAL 6011</p> <p>approx. RAL 7023 <br />approx. RAL 7030</p> <p>approx. RAL 7035 <br />approx. RAL 7037</p> <p>In the barefoot areas of swimming pools, public saunas, at <br />the pool and in cleaning areas of sports centres, evaluation</p> <p>ANGLE OF INCLINATION</p> <p>R9</p> <p>> 6°–10° <br />low static friction value</p> <p>R 10</p> <p>> 10°–19° <br />moderate static friction value</p> <p>R 11</p> <p>> 19°–27° <br />increased static friction value</p> <p>R 12</p> <p>> 27°–35° <br />high static friction value</p> <p>R 13</p> <p>> 35° <br />very high static friction value</p> <p>takes place per the classification groups A (lowest <br />requirements), B and C (highest requirements) in accordance <br />with DIN 51 097.</p> <p>CLASSIFICATION GROUPS FOR SLIP RESISTANCE PER GUV.85.27 <br />CLASSIFICATION <br />GROUP</p> <p>MINIMUM INCLINATION <br />ANGLE</p> <p>AREAS</p> <p>A</p> <p>12°</p> <p>· Barefoot hallways (mainly dry) <br />· Individual and group changing rooms with lockers <br />· Pool floors in the non-swimmer areas, where the water level exceeds 80 cm</p> <p>B</p> <p>18°</p> <p>· Barefoot hallways, if not classified in A <br />· Showers <br />· Area surrounding the disinfectant sprayers <br />· Swimming pool surrounds <br />· Pool floor in the non-swimmer areas, where the water level is lower than 80 cm <br />· Pool floor in the non-swimmer areas in the tide effect pool <br />· Lift slab floors <br />· Paddling pools <br />· Steps leading into the water <br />· Steps, of maximum 1 m width with hand rails, leading into the water <br />· Steps outside of the pool area</p> <p>C</p> <p>24°</p> <p>· Steps leading into the water, if not classified in B <br />· Foot baths <br />· Inclined pool borders</p> <p>approx. RAL 7038 <br />approx. RAL 7040</p> <p>CLASSIFICATION GROUP</p> <p>WET BAREFOOT AREAS</p> <p>approx. RAL 7032</p> <p>approx. RAL 7042 <br />approx. RAL 9002</p> <p>Note: Additional colours are available upon request. <br />In this case, please contact our customer management service. <br />This colour card is not binding for printing reasons and colour deviations from the original <br />colours may therefore arise.</p> <p>18 schomburg.com</p> <p>Non-slip floor coatings or tiles require surfaces with varying <br />profiled or rough textures. Such floor coverings that are used <br />in work rooms, commercial and public areas, must exhibit the <br />specified degree of slip resistance in accordance with the <br />evaluation groups R9 to R13 per DIN 51 130.</p> <p>schomburg.com 19</p> <p>Waterproofing of buildings <br />WATERPROOFING BUILDING <br />COMPONENTS IN DIRECT GROUND</p> <p>WALL/FLOOR TRANSITION</p> <p>Moisture in buildings is a major cause <br />of building damage. Errors in the planning and execution of <br />waterproofing – in particular the incorrect formation of existing <br />building features – are critical here. In order to protect building <br />components against water penetrating from the ground and to <br />avoid damage in indoor areas, the exterior surfaces are sealed <br />and insulated. The decisive standard here is DIN 18533.</p> <p>INTERSECTIONS</p> <p>Connections with intersections or similar must be established with <br />floating or fixed flange constructions, adhesive flanges or suitable <br />joint sleeves for example, depending on the water exposure class. <br />In water exposure class W1.1-E, the connection can be <br />established with AQUAFIN-RB400 in conjunction with the <br />ADF pipe gasket for example.</p> <p>In the area of the wall/floor transition or structural movement <br />joint, waterproofing from AQUAFIN-RB400 for example is <br />further reinforced by ASO-Dichtband-2000-S.</p> <p>EXTERIOR WATERPROOFING</p> <p>Exterior waterproofing covering the whole area of the <br />surfaces in direct ground contact is applied with the <br />aforementioned products, depending on the water <br />exposure class. Waterproofing is fully covering and free of <br />defects, and takes place in a minimum of two application <br />steps with the required minimum dry film thickness. With <br />water exposure class W2.1-E, it is necessary to document <br />the layer thickness checks (quantity, position, result) and <br />material rate of consumption, as well as the results of the <br />drying test.</p> <p>Ask Albert! The app. <br />WATER EXPOSURE <br />CLASSES AFTER <br />DIN 18533</p> <p>DESCRIPTION</p> <p>W1.1 - E</p> <p>Ground moisture and non-pressurised <br />water in case of floor slabs and walls in <br />direct ground</p> <p>W1.2 - E</p> <p>Ground moisture and non-pressurised <br />water in the case of floor slabs and walls <br />with drainage in direct ground contact</p> <p>IMMERSION POSSIBLE <br />DEPTH <br />PRODUCTS</p> <p>CRACK BRIDGING <br />CLASS <br />RÜ1-E</p> <p>RÜ2-E</p> <p>RÜ3-E</p> <p>–</p> <p>COMBIDIC-2K-CLASSIK <br />COMBIDIC-2K-PREMIUM <br />AQUAFIN-RB400</p> <p>× <br />× <br />×</p> <p>× <br />× <br />–</p> <p>× <br />× <br />–</p> <p>–</p> <p>COMBIDIC-2K-CLASSIK <br />COMBIDIC-2K-PREMIUM <br />AQUAFIN-RB400</p> <p>× <br />× <br />×</p> <p>× <br />× <br />–</p> <p>× <br />× <br />–</p> <p>× <br />×</p> <p>× <br />×</p> <p>× <br />×</p> <p>W2.1 - E</p> <p>Moderate exposure to pressure water</p> <p>≤3m</p> <p>COMBIDIC-2K-CLASSIK <br />COMBIDIC-2K-PREMIUM</p> <p>W3 - E</p> <p>Non-pressing water on earth-covered <br />ceilings</p> <p>–</p> <p>COMBIDIC-2K-CLASSIK <br />COMBIDIC-2K-PREMIUM</p> <p>omitted <br />omitted</p> <p>omitted <br />omitted</p> <p>× <br />×</p> <p>W4 - E</p> <p>Splash water and ground moisture at the <br />wall base and capillary water in and <br />under walls</p> <p>–</p> <p>COMBIDIC-2K-CLASSIK <br />COMBIDIC-2K-PREMIUM* <br />AQUAFIN-RB400*</p> <p>× <br />× <br />×</p> <p>× <br />× <br />–</p> <p>× <br />× <br />–</p> <p>20 schomburg.com</p> <p>× = suitable – = not suitable</p> <p>* = not as cross-section waterproofing</p> <p>PROTECTIVE LAYERS / <br />PERIMETER INSULATION</p> <p>When adhering protective layers or perimeter insulation, <br />make sure that the adhesive used is compatible with the <br />products used for waterproofing. Depending on the water <br />exposure class and building approval, the perimeter <br />insulation is adhered with COMBIDIC-2K-PREMIUM.</p> <p>WATERPROOFING CONSTRUCTION <br />JOINTS</p> <p>Waterproof concrete constructions (concrete in accordance <br />with DIN EN 206-1 and DIN 1045-2) are produced as a <br />sealed tank. However, construction or building sequencerelated joints generally require joint sealing. Various <br />waterproofing systems are available for construction joints, <br />e.g. compressible injection hoses, swelling joint tapes, etc. <br />AQUAFIN-CJ can be used to seal such joints depending <br />on the requirements. <br />With the injection hose AQUAFIN-CJ1 the reinforcement <br />arrangement in the concrete is not impeded and upstands <br />are avoided. After concreting, the waterproofing measure is <br />implemented with AQUAFIN-P4. This is a solvent-free <br />2-component elastic PUR injection resin that is tested for <br />building approval in conjunction with AQUAFIN-CJ1. <br />Alongside injection hoses, expanding jointing bands like <br />AQUAFIN-CJ6 are also a suitable method for sealing <br />construction joints.</p> <p>Due to the simple fastening method, they can also be <br />adapted to awkward joint shapes. The thermoplastic <br />elastomer contained in the swelling joint tapes reacts upon <br />contact with water and their volume increases. Due to the <br />resulting contact pressure, the material then seals the <br />construction joint against the adjacent concrete flanks.</p> <p>schomburg.com 21</p> <p>The most <br />important laws, <br />standards and <br />regulations <br />Laws</p> <p> DIN 18515 Exterior wall cladding – Tiles and boards in mortar <br />bed</p> <p> Infection protection act, § 37 Quality of water for human consumption as <br />well as swimming and bathing pool water</p> <p> DIN 18531 Waterproofing of roofs as well as balconies, loggias <br />and arcades</p> <p> E C Directive 76/160 EEC Bathing water directive</p> <p> DIN 18532 Waterproofing concrete areas trafficable by vehicles</p> <p>Guidelines, bulletins and rules <br />BEB – Working and information sheets <br />Issued by: Bundesverband Estrich und Belag e.V. <br />[federal screed and covering association]</p> <p> DIN 18533 Waterproofing building components in direct ground <br />contact</p> <p> Instructions for the installation of thick bonded cement screeds</p> <p> DIN 18534</p> <p>Waterproofing interior rooms</p> <p> Notes for laying screeds in the cold season</p> <p> DIN 18535</p> <p>Waterproofing of tanks and pools</p> <p> DIN 18540</p> <p>Waterproofing exterior wall joints</p> <p> Pipes, cables and cable ducts on unfinished floors – Notes for screed <br />layers and planners, part screed technology</p> <p> DIN 18550</p> <p>Plaster</p> <p> DIN 18560</p> <p>Screeds in construction</p> <p> DIN 19643</p> <p>Treatment of swimming and bathing pool water</p> <p> ATV DIN 18-336 Waterproofing tasks</p> <p> DIN 44576</p> <p>Underfloor storage heating systems</p> <p> ATV DIN 18 350</p> <p>Plastering and stucco work</p> <p>B <br /> G ZH 1/111, Safety regulations for pools</p> <p> ATV DIN 18 352</p> <p>Tiling and board-laying work</p> <p> DIN 55670 Coating materials – Testing coatings for pores and <br />cracks with high voltage</p> <p> ATV DIN 18 353</p> <p>Screed work</p> <p> DIN EN 206</p> <p>B <br /> GR 181 (ZH 1/571), Bulletin for floors in workrooms and work areas <br />with slip hazards</p> <p>VOB Rules for award of construction <br />contracts – 2002 edition <br /> DIN 1960 (VOB part A) and <br /> DIN 1961 (VOB part B) <br /> ATV DIN 18 299 General regulations for construction work of any <br />kind <br /> ATV DIN 18 331</p> <p>Concrete and reinforced concrete work</p> <p>Concrete / DIN 1045 Concrete and reinforced concrete</p> <p> DIN EN 1069-1 Water slides from 2 m in height</p> <p>Standards</p> <p> DIN EN 1504 Products and systems for the protection and repair of <br />concrete structures</p> <p> DIN 1045</p> <p> DIN EN 12002 Mortars and adhesives for tiles and boards <br />- Determination of transverse deformation for <br />cementitious adhesives and grouts</p> <p>Concrete, reinforced and pre-stressed concrete structures</p> <p> DIN 1053 Masonry work <br /> DIN 1164 Cement with special properties <br /> DIN 1986 Drainage systems for buildings and land <br /> DIN 1988 Technical regulations for drinking water installations <br /> DIN 4030 Assessment of water, soil and gases for their <br />aggressiveness to concrete</p> <p> DIN EN 12004 Mortars and adhesives for tiles and boards (definition <br />and specification) <br /> DIN EN 13451-2 Swimming pool equipment <br /> DIN EN 14891 Liquid applied water impermeable products for use <br />beneath ceramic tiling bonded with adhesives</p> <p> DIN 4102 Fire characteristics of building materials and components <br /> DIN 4108</p> <p>Thermal insulation in building construction</p> <p> DIN 4109</p> <p>Noise insulation in building construction</p> <p> DIN 4725</p> <p>Hot water underfloor heating systems</p> <p> DIN 18024 Barrier-free construction (public areas and facilities, <br />workplaces) <br /> DIN 18065</p> <p>Building stairs</p> <p> DIN 18157 Implementation of claddings and coverings using thinbed laying <br /> DIN 18202</p> <p>Tolerances in building construction</p> <p>22 schomburg.com</p> <p>AGI worksheets <br />Acid protection <br />S <br /> 10 – Parts 1 to 4, Protection of building constructions with slab <br />coverings to protect against chem. attack (acid-proof construction) <br /> S30, Electrically conductive floor coverings in acid-proof construction <br /> S40, Chemically resistant floor coverings with vibration process</p> <p>AK-QR – Relevant guidelines <br /> P rocessing guidelines for the production of ceramic floor coverings <br />with vibration process</p> <p> Notes for the installation of cement-based screeds</p> <p> Building climate conditions for drying screeds <br /> Notes for the client for the time after laying cement-based screeds on <br />separating and/or insulating layers <br />BGVR – German employers' liability insurance association <br />rules and regulations</p> <p>B <br /> GI 561 (ZH 1/113), Bulletin for stairs <br />DGfdB-/Boeb - Guidelines and bulletins <br />Publisher: Deutsche Gesellschaft für das Badewesen e. V. <br />[German bathing industry association] <br />1 <br /> 2.01 New construction and conversion of baths <br />2 <br /> 4.01 Sealing in wet areas of swimming pools <br />2 <br /> 5.01 Reinforced concrete with ceramic cladding – Shrinkage and its <br />influence on bond behaviour <br />2 <br /> 5.04 Reinforced concrete and prefabricated reinforced concrete <br />swimming pools <br />2 <br /> 5.05 Renovation of swimming pool structures <br />2 <br /> 5.07 Slope design in swimming pool floor coverings <br />6 <br /> 5.06 Water reservoirs and overflow channels <br />B <br /> 41 List of approved cleaning agents for ceramic coverings in <br />swimming pools <br />B <br /> 66 <br />Winterisation of pools in outdoor swimming pool facilities</p> <p>G <br /> UV-R 181 (GUV 26.18) Bulletin for floors in workrooms and work <br />areas with slip hazards <br />G <br /> UV-I 561 (GUV 26.19)</p> <p>Bulletin for stairs</p> <p>G <br /> UV-R 2104 (GUV 16.19) Guidelines for height-adjustable <br />intermediate floors in pools <br />ZDB bulletins <br />Issued by: German Tile Trade Association within the <br />Central Association of the German Building Trade <br />S <br /> wimming pool construction – Instructions for ceramic coverings in <br />swimming pool construction <br /> Information for applying waterproofing in conjunction with cladding and <br />coverings made with ceramic tiles and boards for interior and exterior <br />areas <br /> P laster and dry construction in intermittently wet rooms with claddings of <br />ceramic tiles and boards or natural stones <br />C <br /> eramic tiles and boards, natural stone and artificial stone on cementbased floor constructions with insulation layers <br /> P avement construction with tiles and boards, outside buildings <br />C <br /> eramic tiles and boards, natural stone and artificial stone on heated, <br />cement-based floor constructions <br />M <br /> ovement joints in cladding and coverings made of tiles and boards <br /> F loor coverings subjected to high loads – Ceramic floor coverings with <br />high mechanical load-bearing capacity <br />N <br /> otes and explanations on thermal and sound insulation measures for <br />floor constructions with coverings made of tiles and boards <br /> T olerances in building construction per DIN 18 201 and DIN 18 202 <br />H <br /> eight differences in ceramic coverings and natural stone coverings</p> <p>Standards <br /> KTW recommendations of the federal health office <br /> DVGW worksheets W 270 + 311 <br /> KOK guidelines for the construction of pools</p> <p>GUV datasheets / BUK regulations <br />Issued by: Bundesverband der Unfallkassen e. V. <br />[federal association of accident insurance funds] <br />G <br /> UV-A 1 (GUV 0.1) UVV</p> <p>General regulations</p> <p>G <br /> UV-R 1/111 (GUV 18.14) Safety regulations for pools <br />G <br /> UV-I 8527 (GUV 26.17) Bulletin on floor coverings for wet barefoot <br />areas</p> <p> Construction guidelines for medical baths <br /> GUV-R1/111 Safety regulations for swimming pools (BG ZH 1/111) <br /> FINA standards + manuals of the German swimming association [DSV] <br /> DGfdB bulletins, Bundesfachverband öffentliche Bäder e.V. Essen <br />[federal association of municipal baths].</p> <p>schomburg.com 23</p> <p>International standards and regulations <br />In many countries, a range of regulations apply to <br />construction works and in particular to the construction of <br />swimming pools and their tanks. In Europe, these are largely <br />regulated by European Standards (EN).</p> <p>The waterproofing of swimming pools in combination with <br />bonded tiled finishes is regulated in Europe by EN 14891. <br />We confirm compliance with this with the following test <br />certificate:</p> <p>Such testing of waterproofing bonded with tiles also <br />applies in Belgium and we are able to provide verification <br />accordingly.</p> <p>Standards</p> <p>9</p> <p>Figuren <br />sokkelafwerking</p> <p>1</p> <p>4</p> <p>1 <br />samenhangende grond</p> <p> DIN EN 206</p> <p>Concrete/DIN 1045 Concrete and reinforced <br />concrete</p> <p>1 AQUAFIN-2K/M-PLUS waterdichting <br />2 Dichtingsgroef ASOCRET-M30 <br />3 Bescherming van de afdichting <br />m.b.v. beschermingselementen <br />of drainage <br />4 Sokkelafdichting met <br />AQUAFIN-2K/M-PLUS <br />Alternatief: <br />2a ASO-Dichtband-2000-S <br />afdichtingsband</p> <p>0</p> <p>Sollicitatieklasse</p> <p>A0, A</p> <p>0</p> <p>grondlaag</p> <p>ASO-Unigrund</p> <p>1</p> <p>Afdichting gebruik makend van <br />de ASO-Dichtband techniek</p> <p>AQUAFIN-2K/M-PLUS</p> <p>2</p> <p>plaatsing</p> <p>UNIFIX-S3</p> <p>3</p> <p>Voegvulling</p> <p>4</p> <p>Uitzettingsvoegen en aansluitingen</p> <p>HF05-Brillantfuge <br />ASO-Flexfuge <br />ESCOSIL-2000</p> <p>3 <br />Aansluiting van de buisdoorvoeren <br />op de oppervlakteafdichting</p> <p>Metselwerk <br />Bepleistering</p> <p>1 <br />Aansluiting vloer/wand: ASO-Dichtband-2000/-S</p> <p>2a</p> <p>4. Kimvoeg: Tape/ ASO-SR als elastische voeg <br />en om hechting op 3 punten te vermijden</p> <p>filtergrind</p> <p>2</p> <p> DIN EN 1069-1</p> <p>Water slides from 2 m</p> <p> DIN EN 1504</p> <p>P roducts and systems for the protection and repair <br />of concrete structures</p> <p> DIN EN 12002</p> <p> DIN EN 12004</p> <p>Furthermore, our products are fully compliant with the <br />swimming pool construction regulations that apply in the <br />Russian-speaking region.</p> <p>3</p> <p>0</p> <p>2</p> <p>Niet <br />hechtende <br />dekvloer <br />(vb. ASO-EZ2)</p> <p>Fig. 1:</p> <p>Externe waterdichting van kelders <br />met AQUAFIN-2K/M-PLUS</p> <p>Drukbestendige <br />isolatie <br />Gewapende <br />betonplaat</p> <p>Fig. 3:</p> <p>Mortar and adhesives for tiles and boards Determination of transverse deformation for <br />cementitious adhesives and grouts</p> <p>Composiet-waterdichting onder betegelingen of <br />platen in vochtige ruimten</p> <p>9</p> <p>ca. 2%</p> <p>2</p> <p>8</p> <p>5 <br />4</p> <p>5</p> <p>1</p> <p>3</p> <p>7</p> <p>4 <br />2 <br />3</p> <p>1 <br />6</p> <p>1 Wand in gewapend beton <br />2 Constructievoeg of uitzettingsvoeg <br />3 ASO-Dichtband-2000-S <br />4 Afdichting met AQUAFIN-2K/M-PLUS <br />5 Drainagelaag en bescherming</p> <p> ortar and adhesives for tiles and boards <br />M <br />(Definition and specification)</p> <p>min. <br />72 mm <br />1 Balkonplaat <br />2 Hellingsbeton, vb. ASO EZ2-Plus <br />3 Afdichting met AQUAFIN-2K/M-PLUS <br />4 ASO-Dichtband-2000-S afdichtingsband <br />5 Vb. Randprofiel voor tegelafwerking Watec Fin FA, Gutjahr <br />6 Vb. Aansluitingsprofiel goot Watec Fin RT, <br />steunprofiel goot Watec Fin, balkongoot Watec Fin BR <br />Watec Fin, gouttière de balcon Watec Fin BR <br />7 Tegelafwerking verlijmd met UNIFIX-S3 <br />8 Waterdichting met ESCOSIL-2000-ST <br />9 Voegvulling met ASO-Flexfuge, ASODUR-DESIGN of <br />HF05-Brillantfuge</p> <p>Fig. 2: <br />Waterdichting van een constructievoeg <br />respectievelijk van een glad vlak met AQUAFIN-2K/MPLUS</p> <p> DIN EN 13451-2 Swimming pool equipment</p> <p>Fig. 4:</p> <p>Vastzetting balkon met AQUAFIN-2K/M-PLUS, <br />balkonneus met geul</p> <p>союз</p> <p> DIN EN 14891</p> <p>L iquid applied water impermeable products for <br />use beneath ceramic tiling bonded with adhesives</p> <p>ATG 2011 - Geldig van 06/09/2016 tot 05/09/2021 - 7/12</p> <p>Extracts from the German test certificates for the products AQUAFIN-2K/M-PLUS and <br />AQUAFIN-RS300.</p> <p>However, a number of points are still controlled by national regulations or certificates.</p> <p>Extracts from a Belgian test certificate.</p> <p>Extracts from a Russian test certificate.</p> <p>As such, SCHOMBURG can also guarantee tailored advice and consultancy with consideration to local standards and <br />requirements. And with the best technical solution every time! <br />Get in touch with us - we are certain to have the solution for your project.</p> <p>24 schomburg.com</p> <p>schomburg.com 25</p> <p>Reference projects <br />Sports park, <br />Friedrichshafen</p> <p>blu – Sports and leisure pool, <br />Potsdam</p> <p>Festland swimming pool Carpe Sol, <br />complex, Hamburg <br />Bad Rothenfelde</p> <p>Construction time:</p> <p>2016–2019</p> <p>Construction time:</p> <p>2015–2017</p> <p>Construction time:</p> <p>2007–2009</p> <p>Construction time:</p> <p>2011–2013</p> <p>Number of pools:</p> <p>6</p> <p>Number of pools:</p> <p>5</p> <p>Number of pools:</p> <p>7</p> <p>Number of pools:</p> <p>10</p> <p>Utilisable area:</p> <p>12,500 m2</p> <p>Utilisable area:</p> <p>19,300 m2</p> <p>Utilisable area:</p> <p>12,500 m2</p> <p>Utilisable area:</p> <p>7,925 m2</p> <p>Water area:</p> <p>1,200 m2</p> <p>Water area:</p> <p>1,840 m2</p> <p>Water area:</p> <p>1,500 m2</p> <p>Water area:</p> <p>826 m2</p> <p>26 schomburg.com</p> <p>schomburg.com 27</p> <p>Reference projects <br />Finckensteinallee indoor Watt‘n Baths, <br />swimming pool, Berlin <br />Dorum</p> <p>Business Stadium <br />Central, Lithuania</p> <p>Lazdynai baseinas, <br />Lithuania</p> <p>Construction time:</p> <p>2011–2014</p> <p>Construction time:</p> <p>2015–2016</p> <p>Construction time:</p> <p>2021-2025</p> <p>Construction time:</p> <p>2021-2023</p> <p>Number of pools:</p> <p>1</p> <p>Number of pools:</p> <p>5</p> <p>Number of pools:</p> <p>2</p> <p>Number of pools:</p> <p>2</p> <p>Utilisable area:</p> <p>12,500 m2</p> <p>Utilisable area:</p> <p>3,160 m2</p> <p>Utilisable area:</p> <p>24,000 m2</p> <p>Utilisable area:</p> <p>11,153 m2</p> <p>Water area:</p> <p>1,250 m2</p> <p>Water area:</p> <p>1,455 m2</p> <p>Water area:</p> <p>440 m2</p> <p>Water area:</p> <p>≈1,750 m2</p> <p>28 schomburg.com</p> <p>schomburg.com 29 <br />© Photo by Laimonas Ciūnis (STRUCTUM archive)</p> <p>Reference projects <br />Aquapark Minsk, <br />Belarus</p> <p>Cruise ship pool, <br />Vietnam</p> <p>Olympia aquatics <br />centre, Poland</p> <p>Swimming pool <br />complex, Croatia</p> <p>Construction time:</p> <p>2014</p> <p>Construction time:</p> <p>2015</p> <p>Construction time:</p> <p>2010</p> <p>Construction time:</p> <p>2013</p> <p>Number of pools:</p> <p>3</p> <p>Number of pools:</p> <p>1</p> <p>Number of pools:</p> <p>1</p> <p>Number of pools:</p> <p>4</p> <p>Utilisable area:</p> <p>12,000 m2</p> <p>Utilisable area:</p> <p>210 m2</p> <p>Utilisable area:</p> <p>15,500 m2</p> <p>Utilisable area:</p> <p>8,830 m2</p> <p>Water area:</p> <p>8000 m2</p> <p>Water area:</p> <p>80 m2</p> <p>Water area:</p> <p>1,250 m2</p> <p>Water area:</p> <p>2,420 m2</p> <p>30 schomburg.com</p> <p>schomburg.com 31</p> <p>The SCHOMBURG Group develops, produces <br />and distributes building product systems for the <br />areas of:</p> <p>For over 85 years SCHOMBURG’s <br />development competence has been recognised <br />in both the domestic and the worldwide <br />marketplace. Building product systems that are <br />produced in-house are highly prized around the <br />world. <br />Experts value the quality and the efficiency of <br />building product systems, the services and <br />therefore the core competence of the group of <br />companies.</p> <p>2D1070408</p> <p>SCHOMBURG GmbH <br />Aquafinstraße 2–8 <br />D-32760 Detmold (Germany) <br />Telephone +49-5231-953-00 <br />Fax <br />+49-5231-953-333 <br />www.schomburg.de</p> <p>07/26</p> <p>T: 15/26</p> <p>RaC/LSt/TaB</p> <p>To meet the demanding requirements of an <br />ever-changing market, we continuously invest in <br />the research and development of new and <br />already existing products. This guarantees an <br />ever increasing product quality to the satisfaction <br />of our customers.</p> <p>Changes reserved. The valid issue of the corresponding technical bulletin legally applies.</p> <p>• Waterproofing/repairing buildings <br />• Tiles/natural stone/screed application <br />• Ground protection/floor coating systems</p>
