제품 게시
O2D Mineral Foundation for access road
O2D Mineral Foundation for access road
O2D Mineral Foundation for access road
O2D Mineral Foundation for access road
O2D Mineral Foundation for access road
O2D Mineral Foundation for access road
O2D Mineral Foundation for access road

    O2D Mineral Foundation for access road

    O2D mineral foundation for light vehicle access roads is recommended in the context of the development of paved access roads for permeable parking spaces.

    This foundation material, which is recommended by O2D ENVIRONNEMENT, is comprised of open-graded crushed roadbed, with no fine particles. The technical characteristics of this mineral foundation material have been defined in conjunction with the TTE® permeable floor covering: TTE® grids for paving infill (O2D PAVE).

    Recommended composition of mineral foundation:

    • 15 cm thickness: 2/20 mm or 2/32 mm crushed roadbed foundation
    • 3 cm thickness: 4/6 mm or 3/8 mm crushed roadbed bearing course

    Prepared base / sub-base (-23 cm in relation to level 0):

    • The requisite permeability below this foundation system is such that K > 10-6 m/s
    • The load-bearing level required is such that EV2 > 60 MPa (EV2/EV1 < 2)
    • We recommend the installation of a permeable anti-contaminant geotextile membrane

    This mineral foundation composition ensures both load-bearing capability and drainage.

    It is recommended that the thickness of the sub-base (for example, 20/40 mm crushed drainage gravel) should be adjusted and/or any other facility should be incorporated, if the natural ground surface does not possess the requisite infiltration properties, or for the satisfaction of project design requirements.

    The load-bearing level should be appropriate to the intended application.

    Applications:
    - Permeable paved light vehicule access road

    사양
    • Recommended deployment for the creation of a mineral foundation for permeable paved light vehicle access roads:

      - Preparation of base structure

               o  Mechanical or manual execution of excavation and backfill operations, up to the sides of the base structure: - 23 cm in relation to level 0
               o  Surface adjustment and levelling to an altimetric accuracy of +/- 2 cm/m
               o  Confirmation of a permeability coefficient K > 10-6 m/s
               o  Confirmation of the load-bearing capability of ground such that EV2 > 60 MPa, where EV2/EV1 < 2
               o  Clean-up of roadways employed

      - Installation of edging to the concrete foundation, the shoulder of which, at its highest point, is 8 cm below the levelled surface.

      - Installation of a permeable anti-contaminant geotextile membrane

      - Execution of a draining foundation

               o  Adjustment, levelling and compaction of a foundation layer comprised of crushed roadbed of particle size 2/20 mm or 2/32 mm; finished thickness after rolling: 15 cm (or - 8 cm from the levelled edging surface).
               o  Levelling and compaction of a bearing course comprised of crushed roadbed of particle size 4/6 mm or 3/8 mm ; finished thickness: 3 cm (or - 5 cm from the levelled edging surface).

      - Installation of O2D FYNET laying mesh

      - Installation of TTE® grids, with paving infill (O2D PAVE)

    기술 사양
    • 특징 참조mineral-foundation-access-road
    • 제품군Complete Systems
    • 제품분류Permeable Access roads for light vehicules
    • 유형개체 (단일 개체)
    • 게시일2019-09-11
    • 에디션 넘버1
    • 높이(mm)180
    관련성
    • 주 재료자연석 모음
    • 설계국가프랑스
    • 제조국가프랑스
    분류
    • BIMobject 카테고리건축 자재 - Pavers & Stones
    • IFC 분류Floor
    • UNSPSC 이름Stone or tile flooring
    • UNSPSC 코드30161706
    • Uniclass 2015 코드Ss_30_14
    • Uniclass 2015 설명Paving systems
    • CSI 마스터 형식 2014 코드32 01 19
    • CSI 마스터 형식 2014 제목Rigid Paving Surface Treatment
    • OmniClass 번호23-11 21 17
    • OmniClass 제목Paving Blocks
    • CSI 단일 형식 II 코드B1010
    • CSI 단일 형식 II 제목Floor Construction

    지역 가용성

    유럽 남아메리카 북미 오세아니아 아프리카
    뤽상부르
    프랑스령 기아나
    과들루프
    뉴칼레도니아
    리유니온
    벨기에
    마르티니크
    월리스푸투나
    스위스
    생피에르앤드미클롱
    프랑스