Subh Laabh Group Hospet, Karnataka

Hydrated Lime (or calcium hydroxide, or slaked lime) is usually a dry powder resulting from the controlled slaking of quicklime with water. The exothermic or released heat of reaction is captured and used to evaporate the excess slaking water. pecifications: Reduced reaction time: The rate of chemical reaction depends upon the degree of purity of the Chemical being used. Higher the purity, lesser would be the reaction time. Reduced consumption: By Quantitative Analysis it is established that 1 mt. of 90% grade Hydrated Lime is equivalent to 1.378 mt. of 65% purity Grade. Thus there is a reduction of 37.8% in consumption. Reduced handling cost ETC: By using this high purity material, handling charges inclusive manpower can be reduced by 37% due to reduction in consumption. This is a direct saving in labour cost by the same proportion. Reduced transportation cost: Total transportation cost for carrying Low Grade (65% Purity) Hydrated Lime = Cost of Carrying 65% Pure material Cost of Carrying 35% impure material. Total transportation Cost for carrying High Grade (90% Purity) Hydrated Lime = Cost of carrying 90 % Pure material Cost of carrying 10% impure material. Thus it's clear that with same transportation Cost 25% more pure material/utilizable material can be transported. Less storage space: As there will be reduction in consumption, less Godown space would be required for storage purpose, there by, reducing storage problem & Inventory cost. Minimized disposal problem: Due to less consumption less sludge would be generated, resulting in reduced disposal cost.

We all know that construction is an important industry; and in the field of construction, sand is used extensively. Till a few years ago, the huge demand of sand was putting a lot of pressure on the river sand mining sector that was posing a huge risk to the environment. This is the reason why the Supreme Court had to ban river sand mining. Since the Supreme Court of India banned the mining of river sand, there was a dire need for an alternative material that is equally good. The best alternative that has come up is the slag sand or Granulated Blast Furnace Slag Sand. Why use Slag Sand? As per experts, it is the best eco-friendly alternative to river sand that is a by-product of steel production. This is why GBFS is being commonly used by most builders these days instead of river sand. In fact, several government agencies like Public Works Department too are using this sand alternative. It is worth mentioning that slag sand is even better than filtered sand and manufactured sand. The reason being that filtered sand has a significant percentage of silt and manufactured sand has dust and thus not apt for plastering and some more construction jobs. How slag sand is made at Subh Laabh As mentioned, the slag sand is manufactured from granulated blast furnace slag. The obtained GBFS is then grinded using highly-advanced grinding mills like Verticle Shaft impacters and sieved to different sizes as per varying needs of different industries. As mentioned, this construction material is a perfect replacement of river sand and meets IS-383 standards. At Subh Laabh, we use high quality raw materials that make us one of the best slag sand manufacturers. Key Features And Benefits Of Slag Sand Slag sand is absolutely eco-friendly and is much better than river sand in various aspects. When compared microscopically, the physical structure of slag sand and river sand is almost the same. This is the reason why more and more construction companies are replacing river sand with slag sand. No doubt, our company is witnessing huge rise in the demand of this product, and we are leaving no stone unturned to meet the requirements of our customers. We have a huge production capacity, so there is no need to think twice before placing bulk slag sand orders online. Subh Laabh is among those slag sand manufacturers who are always focused on keeping the quality consistent. The use of slag sand not only helps in saving the environment, but it also adds more strength and durability to the structure or building. The reason is the high tensile strength of slag. In addition, the compactness rendered by slag sand to the concrete mix is far superior when compared to that of river sand. Coming to the economical side, the slag sand produced by our company is way cheaper than river sand. As a result, the use of slag sand can significantly reduce the cost of construction. The smoothness rendered by slag sand to the surface is an added benefit.

• hysical appearanceFree flowing dry powder
• Oil absorption10 to 15%
• Bulk density2.2
• PH of 10% aqueous soln.7.0 -9.0
• Purity as Fe2O3min 90%

Lime stone contains a naturally occurring amount of calcium carbonate greater than 95%. Typically, the next major defining specification is magnesium carbonate or magnesium oxide and that is limited to less than 5%. Chemical Composition. Calcium Carbonate - 93 to 97, Impurities includes : Silica, Magnesium, Alumina & Ferrous.

In ceramic bodies, the main vitrifying (fluxing) agent is Soda Feldspar . The majority of white ware bodies contain good proportions of feldspar. It acts as a flux. In the ceramic industry, the flux is defined as that portion of the body which develops glass phase. This is provided mostly by feldspar. The amount of flux in a ceramic body should be only in such a proportion as to develop the desired amount of vitrification. If excess of flux is added, the fired body becomes very glassy and consequently, brittle. The glass and ceramic industries are the major consumers of feldspar and account for 95% of the total consumption. Feldspar is generally used for Ceramics, Glass, Electrodes

In ceramic bodies, the main vitrifying (fluxing) agent is Potash Feldspar. The majority of white ware bodies contain good proportions of feldspar. It acts as a flux. In the ceramic industry, the flux is defined as that portion of the body which develops glass phase. This is provided mostly by feldspar. The amount of flux in a ceramic body should be only in such a proportion as to develop the desired amount of vitrification. If excess of flux is added, the fired body becomes very glassy and consequently, brittle. Feldspar is generally used for Ceramics, Glass, Electrodes. The glass and ceramic industries are the major consumers of feldspar and account for 95% of the total consumption.