Ventilated under-floor cavities - Atlantis 100

Ventilated under-floor cavities - Atlantis 100

Disposable formwork for ventilated under-floor cavities and for rainwater collection or dispersion tanks - variable height from 56 cm to 300 cm.

Sistema Atlantis (Atlantis System) is an advanced system for creating cavities in general, under-floor cavities and ventilated floors in new and restored civil and industrial buildings, accumulation tanks, dispersion tanks, honeycomb rafts, low temperature cold rooms.

The Atlantis System is used when the depth of the under-floor cavity or cavity is such that the classic Iglu’® formworks cannot be used, with the advantage that the constant diameter of the elevator pipes makes it possible to minimise the use of concrete for filling. The main system features are speed, simplicity and cost performance.

Furthermore, with Atlantis, a sanitary space is obtained with a suitable humidity barrier and, if properly ventilated through piping connected outdoors, it is a tool for the disposal of the Radon gas present in the ground.

Specification

Implementation of a ventilated under-ground cavity for a total height of ______ cm with the supply and on-site positioning of recycled plastic Atlantis System formworks from the Daliform Group, consisting of modular formworks positioned dry for the quick formation of a self-bearing pedestrian accessible platform above which the C25/30 concrete is cast to fill the formwork up to its crown and an upper slab of ______ cm reinforced with welded mesh Ø ______ cm 20 x 20 cm, levelled and smoothed with a trowel.
The Atlantis System shall be composed of recycled plastic formwork such as Iglu’® with convex cover with dimensions 50x50 cm, h 16 cm and sustained by pipes Ø110 mm, di h ______ cm, complete with slip on bayonet connection feet, which can be walked on when dry, guaranteeing a breaking resistance of 200 kg in correspondence of the centre of the arch with an 8 x 8 cm clamp.
or
The Atlantis System shall be composed of recycled plastic formwork such as Iglu’® with convex cover with dimensions 71x71 cm, h 15 cm and sustained by pipes Ø110 (or Ø125 or Ø140) mm, di h ______ cm, complete with slip on bayonet connection feet, which can be walked on when dry, guaranteeing a breaking resistance of 150 kg in correspondence of the centre of the arch with an 8 x 8 cm clamp
or
The Atlantis System shall be composed of recycled plastic formwork such as Iglu’® with convex cover with dimensions 100x100 cm, h 12 cm and sustained by pipes Ø110 (or Ø160) mm, di h ______ cm, complete with slip on bayonet connection feet, which can be walked on when dry, guaranteeing a breaking resistance of 200 kg in correspondence of the centre of the arch with an 8 x 8 cm clamp.
Atlantis system will be equipped with the corresponding accessories, such as “Tympanum”, “Shelf” and “Angle” for the lateral occlusion and compensation, to be calculated and quantified according to the conformation of the area.
Formworks in recycled plastic, such as Iglu’®, for the formation of the Atlantis system, must be made of ”ALAPLEN® CP30”, must not release polluting substances, have an Environmental Compatibility Certification and be produced by a Company Certified according to International Standards UNI EN ISO 9001 (Quality), UNI EN ISO 14001 (Environment); UNI EN ISO 45001 (Safety) and SA 8000 (Social responsibility).
The company that supplies the formworks such as Iglu’®, for the formation of the Atlantis system, must provide the technical and security sheet of the product and the granule ”ALAPLEN® CP30” and also exhibit the product certificate approved by an EOTA (European Organisation for Technical Approvals) member agency.
Including accessories, waste, cutting and all other expenses: ______ /m² ______

Technical specification

Unique ref.ventilated-under-floor-cavities-atlantis-100-for-standard-use
Product familyVentilated under-floor cavities
Product groupATLANTIS SYSTEM
TypeObject (single object)
Date of publishing2019-07-16
Edition number1
Width (mm)1000
Depth (mm)1000

Links

Product urlhttps://www.daliform.com/en/aerated-concrete-floor-sistema-atlantis/
Installation instructionshttps://www.daliform.com/en/aerated-concrete-floor-sistema-atlantis/
Instruction videohttps://www.youtube.com/watch?v=OFsCV5kG5Yw&t=5s
Product certificationhttps://www.daliform.com/en/aerated-concrete-floor-sistema-atlantis/
Technical descriptionhttps://www.daliform.com/en/aerated-concrete-floor-sistema-atlantis/

Material mainPlastic
Material secondaryPlastic
Designed inItaly
Manufactured inItaly

Classification

BIMobject CategoryFlooring - Flooring Systems
IFC classificationMaterial
UNSPSC nameFlooring
UNSPSC code301617
Uniclass 2015 CodePr_20_85_13
Uniclass 2015 DescriptionConcrete base and foundation products
OmniClass Number23-13 31 17
OmniClass TitleConcrete Formwork

Region availability

Europe	Asia	North America	Africa	South America	Oceania
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Albania	Armenia	Antigua and Barbuda	Angola	Bolivia	Australia
Andorra	Azerbaijan	Aruba	Benin	Brazil	Cook Islands
Austria	Bahrain	Barbados	Botswana	Chile	Federated States of Micronesia
Belarus	Bangladesh	Belize	Burkina Faso	Colombia	Fiji
Belgium	Bhutan	Bermuda	Burundi	Ecuador	French Polynesia
Bosnia and Herzegovina	British Indian Ocean Territory	British Virgin Islands	Cameroon	Falkland Islands (Islas Malvinas)	Guam
Bulgaria	Brunei	Canada	Cape Verde	French Guiana	Kiribati
Croatia	Cambodia	Caribbean Netherlands	Central African Republic	Guyana	Marshall Islands
Cyprus	China	Cayman Islands	Chad	Paraguay	Nauru
Czech Republic	Christmas Island	Collectivity of Saint Martin	Comoros	Peru	New Caledonia
Denmark	Cocos (Keeling) Islands	Costa Rica	Côte d'Ivoire	Suriname	New Zealand
Estonia	Georgia	Cuba	Democratic Republic of the Congo	Uruguay	Niue
Faroe Islands	Hong Kong	Curaçao	Djibouti	Venezuela	Norfolk Island
Finland	India	Dominica	Egypt		Northern Mariana Islands
France	Indonesia	Dominican Republic	Equatorial Guinea		Palau
Germany	Iran	El Salvador	Eritrea		Papua New Guinea
Gibraltar	Iraq	Greenland	Eswatini		Pitcairn Islands
Greece	Israel	Grenada	Ethiopia		Samoa
Guernsey	Japan	Guadeloupe	Gabon		Solomon Islands
Hungary	Jordan	Guatemala	Ghana		Timor-Leste
Iceland	Kazakhstan	Haiti	Guinea		Tokelau
Ireland	Kuwait	Honduras	Guinea-Bissau		Tonga
Isle of Man	Kyrgyzstan	Jamaica	Kenya		Tuvalu
Italy	Laos	Martinique	Lesotho		United States Minor Outlying Islands
Jersey	Lebanon	Mexico	Liberia		Vanuatu
Latvia	Macau	Montserrat	Libya		Wallis and Futuna
Liechtenstein	Malaysia	Nicaragua	Madagascar
Lithuania	Maldives	Panama	Malawi
Luxembourg	Mongolia	Puerto Rico	Mali
Malta	Myanmar (Burma)	Saint Kitts and Nevis	Mauritania
Moldova	Nepal	Saint Lucia	Mauritius
Monaco	North Korea	Saint Pierre and Miquelon	Mayotte
Montenegro	Oman	Saint Vincent and the Grenadines	Morocco
Netherlands	Pakistan	Saint-Barthélemy	Mozambique
North Macedonia	Palestine	Sint Maarten	Namibia
Norway	Philippines	The Bahamas	Niger
Poland	Qatar	Trinidad and Tobago	Nigeria
Portugal	Saudi Arabia	Turks and Caicos Islands	Republic of the Congo
Romania	Singapore	U.S. Virgin Islands	Reunion
Russia	South Korea	United States	Rwanda
San Marino	Sri Lanka		Saint Helena
Serbia	Syria		São Tomé and Príncipe
Slovakia	Taiwan		Senegal
Slovenia	Tajikistan		Seychelles
Spain	Thailand		Sierra Leone
Svalbard and Jan Mayen	Türkiye		Somalia
Sweden	Turkmenistan		South Africa
Switzerland	United Arab Emirates		South Sudan
Ukraine	Uzbekistan		Sudan
United Kingdom	Vietnam		Tanzania
Vatican City	Yemen		The Gambia
			Togo
			Tunisia
			Uganda
			Western Sahara
			Zambia
			Zimbabwe