Samskriti
Whitefield, Bengaluru, Karnataka
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Legal Status of Firm
Individual - Proprietor
Year of Establishment
2018
Annual Turnover
Rs. 50 Lakh - 1 Crore
Indiamart Member Since
Dec 2015
Fine Gold River Sand, Building Construction And Plastering Works
Grade Standard | Fine Gold |
Construction Material Type | River Sand |
Packaging Type | Loose |
Packaging Size | 30 Tons per Load |
Application | Building Construction and Plastering Works |
we are selling Natural River Sand in Bangalroe
Sand, as one of the most accessible natural resources, has been used mostly as a constructionmaterial since the earliest days of civilization. It is defined as “continuously graded unconsolidated material (sediment) present on the earth's surface as a result of the natural disintegration of rocks. The top most mantle of earth, which was once rock, has been transformed to soil by natural forces of weather .Texturally soil is not one material but a compound of three ingredients, derived from the same parental rock . They are sand, silt and clay. Though mostly soil occurs as a combination of the three materials, there are places where stretches of sand do occur alone where building activity has to be carried out.
River sand is used in the construction industry mainly for concrete production and cement-sand mortar production. River sand is obtained by dredging from river beds. It has the major
characteristics that since it has been subjected to years of abrasion, its particle shape is more or less rounded and smooth, and since it has been subjected to years of washing, it has very low silt and clay contents.Research to use sea sand for construction, especially, using sea sand to make the cement concrete is aimed to exploit maximally the potential of a local material being available, cheap for socioeconomic developing and prevent from its harmful impaction.
However the study to use sea sand cement concrete is a big problem of civil engineering field. In many countries sea sand have been using for making cement concrete since long time ago, naturally, its technology depends on the research achievement and specific conditions of each country. When sea sand is mixed with cement in place of normal river sand to make concrete for buildings, the high content of chloride in sea sand leads to structural integrity problems. This composition absorbs humidity with causes erosion and rusting in the steel rods used in reinforced concrete. The building structural integrity is therefore damaged.Buildings made with reinforced concrete containing sea sand can only last 6-10 years before they must be abandoned. The root cause of structural failure is the high chloride content in the sand. Only with costly special treatment of sea sand can chloride be reduced to a safe level. Because of the chloride content in sea sand reinforced concrete.
Sand, as one of the most accessible natural resources, has been used mostly as a constructionmaterial since the earliest days of civilization. It is defined as “continuously graded unconsolidated material (sediment) present on the earth's surface as a result of the natural disintegration of rocks. The top most mantle of earth, which was once rock, has been transformed to soil by natural forces of weather .Texturally soil is not one material but a compound of three ingredients, derived from the same parental rock . They are sand, silt and clay. Though mostly soil occurs as a combination of the three materials, there are places where stretches of sand do occur alone where building activity has to be carried out.
River sand is used in the construction industry mainly for concrete production and cement-sand mortar production. River sand is obtained by dredging from river beds. It has the major
characteristics that since it has been subjected to years of abrasion, its particle shape is more or less rounded and smooth, and since it has been subjected to years of washing, it has very low silt and clay contents.Research to use sea sand for construction, especially, using sea sand to make the cement concrete is aimed to exploit maximally the potential of a local material being available, cheap for socioeconomic developing and prevent from its harmful impaction.
However the study to use sea sand cement concrete is a big problem of civil engineering field. In many countries sea sand have been using for making cement concrete since long time ago, naturally, its technology depends on the research achievement and specific conditions of each country. When sea sand is mixed with cement in place of normal river sand to make concrete for buildings, the high content of chloride in sea sand leads to structural integrity problems. This composition absorbs humidity with causes erosion and rusting in the steel rods used in reinforced concrete. The building structural integrity is therefore damaged.Buildings made with reinforced concrete containing sea sand can only last 6-10 years before they must be abandoned. The root cause of structural failure is the high chloride content in the sand. Only with costly special treatment of sea sand can chloride be reduced to a safe level. Because of the chloride content in sea sand reinforced concrete.
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Product Details
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Product Specification
Grade Standard | Fine Gold |
Construction Material Type | River Sand |
Packaging Type | Loose |
Packaging Size | 30 Tons per Load |
Application | Building Construction and Plastering Works |
Color | Fine Gold |
Sand Type | Natural |
Shape | Round |
Thickness (Millimetre) | 2.025mm |
Purity (Percent) | 98% |
Warranty | Long Lost |
Weight (Kilogram) | Tons |
Resistant Type | river-dune sand (RDS). ... It is well known that ordinary concrete strength is influenced by the rat |
Surface Treatment | earth's surface as a result of the natural disintegration of rocks |
Product Type | Natural River Sand |
Number Of Layer | layers are found in many large plain rivers |
Flexural Strength (kg Per cm sq.) | which can be used as partial or full replacement of river sand as fine aggregate without altering th |
Brand | Natural River Sand |
Material | River Sand |
Minimum Order Quantity | 150 Ton |
Product Description
we are selling Natural River Sand in Bangalroe
Sand, as one of the most accessible natural resources, has been used mostly as a constructionmaterial since the earliest days of civilization. It is defined as "continuously graded unconsolidated material (sediment) present on the earth's surface as a result of the natural disintegration of rocks. The top most mantle of earth, which was once rock, has been transformed to soil by natural forces of weather .Texturally soil is not one material but a compound of three ingredients, derived from the same parental rock . They are sand, silt and clay. Though mostly soil occurs as a combination of the three materials, there are places where stretches of sand do occur alone where building activity has to be carried out.
River sand is used in the construction industry mainly for concrete production and cement-sand mortar production. River sand is obtained by dredging from river beds. It has the major
characteristics that since it has been subjected to years of abrasion, its particle shape is more or less rounded and smooth, and since it has been subjected to years of washing, it has very low silt and clay contents.Research to use sea sand for construction, especially, using sea sand to make the cement concrete is aimed to exploit maximally the potential of a local material being available, cheap for socioeconomic developing and prevent from its harmful impaction.
However the study to use sea sand cement concrete is a big problem of civil engineering field. In many countries sea sand have been using for making cement concrete since long time ago, naturally, its technology depends on the research achievement and specific conditions of each country. When sea sand is mixed with cement in place of normal river sand to make concrete for buildings, the high content of chloride in sea sand leads to structural integrity problems. This composition absorbs humidity with causes erosion and rusting in the steel rods used in reinforced concrete. The building structural integrity is therefore damaged.Buildings made with reinforced concrete containing sea sand can only last 6-10 years before they must be abandoned. The root cause of structural failure is the high chloride content in the sand. Only with costly special treatment of sea sand can chloride be reduced to a safe level. Because of the chloride content in sea sand reinforced concrete.
Sand, as one of the most accessible natural resources, has been used mostly as a constructionmaterial since the earliest days of civilization. It is defined as "continuously graded unconsolidated material (sediment) present on the earth's surface as a result of the natural disintegration of rocks. The top most mantle of earth, which was once rock, has been transformed to soil by natural forces of weather .Texturally soil is not one material but a compound of three ingredients, derived from the same parental rock . They are sand, silt and clay. Though mostly soil occurs as a combination of the three materials, there are places where stretches of sand do occur alone where building activity has to be carried out.
River sand is used in the construction industry mainly for concrete production and cement-sand mortar production. River sand is obtained by dredging from river beds. It has the major
characteristics that since it has been subjected to years of abrasion, its particle shape is more or less rounded and smooth, and since it has been subjected to years of washing, it has very low silt and clay contents.Research to use sea sand for construction, especially, using sea sand to make the cement concrete is aimed to exploit maximally the potential of a local material being available, cheap for socioeconomic developing and prevent from its harmful impaction.
However the study to use sea sand cement concrete is a big problem of civil engineering field. In many countries sea sand have been using for making cement concrete since long time ago, naturally, its technology depends on the research achievement and specific conditions of each country. When sea sand is mixed with cement in place of normal river sand to make concrete for buildings, the high content of chloride in sea sand leads to structural integrity problems. This composition absorbs humidity with causes erosion and rusting in the steel rods used in reinforced concrete. The building structural integrity is therefore damaged.Buildings made with reinforced concrete containing sea sand can only last 6-10 years before they must be abandoned. The root cause of structural failure is the high chloride content in the sand. Only with costly special treatment of sea sand can chloride be reduced to a safe level. Because of the chloride content in sea sand reinforced concrete.
Additional Information
Packaging Details | Bulk in the Open Truck covered with Thick Cloth |
Payment Terms | T/T (Bank Transfer),Cash |
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About the Company
Year of Establishment2018
Legal Status of FirmIndividual - Proprietor
Nature of BusinessService Provider
Number of Employees11 To 25 People
Annual TurnoverRs. 50 Lakh - 1 Crore
IndiaMART Member SinceDec 2015
Seller Contact Details
Manager
Flat No.303, A Black, Slv Greens, 80 Feet Road, Belthur, Kadugodi Post, Whitefield, Whitefield Bengaluru - 560067, Karnataka, India
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