Shirke Bricks Industries Pune, Maharashtra

Cellular Lightweight Concrete (CLC) is conventional concrete, where natural aggregate (gravel) is exchanged for the best insulation medium available, namely air, embedded in an organic and bio-degradable foam that offers no chemical reaction but solely serves as wrapping material for the air. Consequently CLC behaves, like conventional concrete, in particular concerning curing, hardening and most important “ageing “. CLC infinitely increases its strength by hydration (forming of crystals in cement) as long as exposed to humidity in the atmosphere.   CLC is a process based on making air bubbles in the form of a foam and then mixing the foam into a cement / flyash slurry. The slurry is then poured into moulds. Since CLC slurries have higher cement contents, no autoclave curing is required – instead, the finished product is cured like normal concrete or Steamed Cured with low pressure to achieve early strength. CLC air bubbles are significantly smaller, stronger, and each bubble is part of a closed cell system – which means Airolite CLC block products have lower water absorption and it is very useful in heavy rainfall areas. CLC blocks increase in strength when exposed to moisture. Hence CLC bricks become tougher over time.   Airolite CLC blocks are available in different sizes like 600 mm (L) 100-300 mm (W) 240/200 mm (H) and also in custom size depending upon the quantity. The detailed technical specifications are available on website

The Airolite Rubble / Scrap can be used in the applications like Water proofing , Basement Filling , Room flooring, Balconies Etc.   These scrap material of CLC is lightweight, of Low water absorption, High Strength, Weather resistant, fire proof and thermal insulated as well as it is environment friendly. It is the best material compare to broken red clay bricks.

• SizeMultisizes
• ApplicationBuilding Construction, Construction
• FeatureAcid-Proof, Anti-Algaent, Radiation-Resistant, Refractory
• Main Raw MaterialCement, Concrete, Stone Dust
• FormSolid
• Hardening FeatureExtra Rapid Hardening, Rapid Hardening

Airolite AAC Blocks is a lightweight material produced by mixing silica rich material (sand or fly ash/pond ash), cement, lime, gypsum, aluminum powder/paste and water. Aluminium acts as a catalyst. It generates hydrogen gas upon reacting with cement and lime during AAC manufacturing process. Hydrogen gas escapes from concrete mix imparting a porous structure to AAC blocks and panels.   Airolite AAC blocks are so lightweight, it weighs 1/5th of the weight of the standard concrete, which results in lower transportation costs, faster work-flow lower material handling costs etc. Airolite AAC Blocks is in 'ready to build' material, requiring no onsite curing time. It has unparalleled workability because it can be sown, drilled, nailed, screwed and milled with common hand tools.   AAC products offer superior insulation, cost-effectiveness and durability compared to clay bricks. Detailed comparison between AAC blocks vs CLC Blocks vs Concrete Blocks vs Clay bricks can be found here. You can also learn more about features of AAC products and advantages of AAC products on our website.   Airolite AAC blocks are available in different sizes like 600 mm (L) 75-300 mm (W) 240/200 mm (H) and also in custom size depending upon the quantity. The detailed technical specifications are available on website.

We are engaged in offering high grade 6 Inches Fly Ash Bricks that are fabricated from superior raw materials. Our 6 Inches Fly Ash Bricks is accurately designed to meet the industrial parameters of quality and other related norms. Specifications Size : 230 x 150 x 80 mm Water Absorption : Less Than 15 % Compressive Strength : 6 N/ Sq.mm Salient Features Rugged construction Dimensional accuracy Low water absorption High strength Long-lasting Eco friendly Finds application in Construction Industry

Airolite insulation panels systems consist of large planks manufactured in plants using special lightweight concrete. AAC is made with all fine aggregates, nothing more coarse than a grain of sand, cement and a natural expansion agent that causes the concrete to rise like bread dough, with countless small air pockets. The factory can mold it and cut it into precisely dimensioned panel units. While block-size units for walls are most common, it can also be cast into reinforced panels for walls, floors and roofs. Radiant Heating : One major advantage of using a concrete floor system is that you can easily install a radiant heating system - one of the most efficient ways of heating a home. Most systems use flexible tubes embedded in concrete. A special heater pumps water through the tubes and heats the slab. Heat radiates from the sla resulting in a quiet, comfortable home. Standard Sizes of Panels : Thickness : 100/125/150/200 MM Length : 600 MM Height : 600 MM Thickness : 150/200/300 MM Length : 1700 MM Height : 600 MM   Features : Cost effective :  Speed of installation results in cost savings compared to traditional masonry construction Speed of construction :   Fast installation and assembly speeds with smaller construction crew requirements Fire protection :   Panels are non-combustible and won’t burn. Can provide bush fire hazard reduction. Design flexibility :  Patterns and designs can be routed into the panels. Different wall configurations :   Allows for relief on large walls. Footings : Smaller and quicker footings to be installed than other masonry barriers. Acoustic performance :  High acoustic rating, effective sound transmission barrie