1. HOME
  2. OUR PRODUCTS

    3. Conventional Concrete

    Conventional Concrete

    Conventional Concrete

    Conventional Concrete

  • cover
    DOWNLOAD
    INSEE Concrete Catalogue

    Conventional and Pumping Concrete

    By carefully selecting high quality raw materials, strictly complying with ASTM C33, and utilizing technologically advanced production processes, the superior performance of our conventional and pump-grade concrete is assured. Sophisticated mix designs technology and the extensive experience of our highly-qualified team ensure the optimum performance of the product whatever the application. Whether conventional pouring (e.g. housing, road construction or factories) or pump placing (e.g. high-rise, car parks, or commercial buildings), our dedicated team is well equipped to enable your success in even the most challenging of projects

    Standard ASTM C33
  • cover

    Waterproof Concrete

    Waterproof concrete has been designed for low permeability according to the DIN 1048 Standard. Unlike conventional concrete, it has a special property to prevent water from penetrating through its structure. Therefore, it is recommended for use in structures such as swimming pools, wells, underground buildings, roofing slabs and similar demanding applications.

    Standard DIN 1048

  • Small Bored Pile Concrete

    Small bored pile concrete has been designed with an appropriate level of workability and working time.
    Aggregate segregation is also eliminated via the use of optimum mix designs and raw materials selection.

    cover

    Big Bored Pile Concrete

    This type of concrete has been specifically designed for the construction of big bored piles where it is necessary for the concrete in its fresh state to have a high workability as well as being free from segregation. Furthermore, this concrete product also has a prolonged working time, which helps to ensure that each bored pile will be consistent in quality from start to finish.

    cover
  • cover

    Topping Concrete

    Topping concrete is mostly used in casting the top layer of structures, which requires a smooth surface after polishing. Therefore, this concrete product has been designed so that it contains a higher proportion of fine aggregates than conventional concrete to assist in preventing coarse rocks that are unsightly from appearing at the surface after the final polishing stage.

  • cover

    Mortar

    Mortar (the combination of cement, sand and water) is typically used for floor topping and level adjustment. As well as using conventional placing techniques, our mortar can also be pumped.

  • cover

    Sulfate Resistant Concrete

    Our sulfate resistant concrete has been specifically developed for structures that are prone to sulfate attack. In order to ensure a satisfactory level of protection against sulfate the two main factors that must be considered during the mix design. The water/cement ratio of the concrete should be less than 0.5 according to ACI 201.2R Durable Concrete Standard. This low water/cement ratio will cause the concrete to be more impermeable thus, preventing water or other chemicals from penetrating. The mix proportion should consist of appropriate amounts of materials in order to prevent the formation of Secondary Ettringite, and Magnesium Hydroxide, which forms Magnesium Silicate Hydrate, which is responsible for the cracking in concrete. For additional assurance, our raw materials have been carefully selected according to ASTM C33 Standard.

    Standard composite material ASTM C33
  • cover

    Non-shrink Concrete

    This type of concrete has been specifically designed to minimize the amount of shrinkage in concrete. A special kind of admixture that is suitable for this type of application is utilized in order to allow the concrete to expand in its fresh state. This pre-expansion will compensate for the shrinkage that will occur when the concrete starts to set, thus reducing the extent of shrinkage in hardened concrete. Non-Shrink Concrete is, therefore, suitable to be used in structures that require the degree of shrinkage to be minimal. Such applications, include, pile cap concrete, roads, and ground slabs that cover a large area.