Blue Metal
These metals are renowned for their excellent strength, durability and corrosion resistant features. We present quality blue metal offered in varied specifications to our clients, which effectively cater to the specifications and requests of our customers. Crushed aggregate rock that can range in colour from blue to black. It comes in three sizes: 5 mm, 10 mm or 20 mm, and is primarily used in making concrete. Because it is a clean, crushed rock, it is also ideal for drainage, particularly around agricultural pipes. Blue metal is a popular choice for constructing driveways or paths.10 mm and 20 mm sized rocks are typically used when making concrete. The larger 20 mm size rocks work best to bind with cement or asphalt and form a better, stronger concrete. Generally, the 5 mm size is not recommended for such tasks, as it is considered too small to provide a desired stable base.
Wet Mix
WMM(Wet Mix Macadam) modern technology- are base course layers for Pavement/Road design. In case of WBM stone aggregates and binders are overlaid on one another at the time of construction. The WMM process is a newly developed concept. Earlier it was done through the WBM (water bound macadam) process. Though WBM process is cheaper than the WMM, the later gives plenty of benefits. In short, the outputs of WMM pay you of the debt. So, let’s find out the benefits we get from the WMM process.
Gravel
Gravel, aggregate of more or less rounded rock fragments coarser than sand. Gravel beds in some places contain accumulations of heavy metallic ore minerals, such as cassiterite, or native metals, such as gold, in nuggets or flakes. Gravels are widely used building materials. Gravel is composed of various kinds of rock, the most common constituent being the mineral quartz. Deposits of gravel are formed as a result of the weathering of rocks and the erosive and concentrating action of rivers and waves. Sometimes gravel becomes consolidated into the sedimentary rock called conglomerate. Gravel is used extensively in building roads and in making concrete.
River Sand
We have been counted amongst the most trusted names in this domain, engaged in providing River Sand. We have more number of suppliers in our Agencies. Natural river sand is the most preferred choice as a fine aggregate material. River sand is a product of natural weathering of rocks over a perod pf millions of years. It is mined from the river beds. River sand is becoming a scare commodity now. River sand is far superior for construction purpose than any other sand used in construction.
Fine dust
Fine dust can be used as an effective substitute for natural river sand in concrete mixtures, providing greater strength at 50% replacement. The compressive, flexural, and tensile strengths of concrete are observed to increase when crushed stone dust is used as the fine aggregate. It has been noted that stone dust can substitute fine aggregate to an adaptive extent. The compressive strength of concrete was shown to rise when natural sand was substituted with crusher dust, and it was discovered that, out of all the mixtures, 40% sand substitution yielded the highest compressive strength.
Filling sand
This kind of sand is primarily used for filling, as the name would imply. It is a base material used mostly for laying concrete, filling sizable holes, paving, etc.; it is composed of sand grains and aggregates. It is an unbeatable basic material for building construction since it has the essential quality of demonstrating compassion. Additionally, fill sand is much more useful when building in damp places because it functions as a backdrop to address drainage issues around septic tanks.
Psand
P sand stands for Plastering sand. Other types are manufactured sand(m sand), sharp sands, buildings sands etc…Psand is used for Wall plastering and brick work purposes. The difference is in the size of the particles. Plastering sand will have fine-grained particles. Compressive strength of footings, columns, roof beam and in roof would definitely get reduced. Such buildings are not at all safe on due course. Durability gets reduced too. Possibility of plastering or even structural cracks on walls after a period of one year or two. There are chances for the ceiling plasters falling down too.
GSB
A Granular Sub Base (GSB) is a naturally occurring or artificially created building material used as a sub-base layer for roads. The compacted sub-grade layer in the road foundation is a granular sub-base. The Granular sub-base (GSB), which has particles of a size that inhibit capillary action from continuing past the GSB layer, prevents capillary water from ascending. It functions as a drainage layer through which water can flow without harming additional road layers.