acc_block

SKIMGRIP THIN BED ADHESIVE FOR BRICK AND LIGHT WEIGHT BLOCKS LAYING Desciption A pre-blended White Portland Cement, Specially sized inert aggregates and approved chemical additives. It is a Cement based adhesive which good workability and strong adhesion for brick and light weight blocks. It is pre-packed and just by adding the required amount of water and it is ready for application.

THIN BED ADHESIVE

COVERAGE: :4.5KG/M2 (3MM THICKNESS) 40 kg / 70 pcs Blocks (3MM THICKNESS) COLOUR: White CONTENTS: 40 KG/BAG PACKING: 40 BAGS/ PALLET

SCI - WALL BASE INTERNAL & EXTERNAL WALL

SCI – ONE COAT PLASTER

RUBBER MALLET

FIBRE MESH Description NET-FGN-S 5.5” MM X 100 METER NET-FGN 39” X 100 METER

AAC BLOCK TOOLS AND MATERIAL

Autoclaved Aerated Aconcrete (AAC) CODE : [BM-E-126] Description AAC is a lightweight cellular material which is formed by a chemical reaction between finely divided calcareous and siliceous materials. The calcareous component is usually lime and/or cement. The siliceous component usually consists of natural or ground sand and/or industrial by- products such as slag and pulverized fuel ash (PFA), also known by fly ash. The cellular structure is achieved by either a chemical process causing aeration, or by introducing air voids by mechanical means into a slurry which contains no coarse material The aeration is caused by the addition of a small quantity of acidic aluminium paste that reacts with the alkaline lime &; cement to expand the mixture.

Cost Effectiveness AAC blocks are approximately one-fifth the weight of normal concrete. Total construction cost saving can be achieved through reduction in working load of foundation and steel bar. In addition, reductions in maintenance, energy bills and insurance are realized thereafter.

Durability AAC has proven to be a very durable material. AAC will not rot, warp, rust, corrode, or otherwise decompose. AAC is not a food source for insects and does not harbour or encourage vermin. AAC has been used in many countries around the world for over 60 years and is proven to be in good condition until now.

Energy Saving AAC has excellent thermal insulation properties due to the cellular structure. Building constructed with AAC tends to be cooler in summer and warmer in winter and can significantly reduce heating and cooling cost. The air infiltration is minimized and thermal efficiency is fully utilized.

Fire Resistant AAC is incombustible and thus it’s suitable for fire-rated applications, with fire rating in excess of 4 hours possible. Toxic fumes generated from traditional materials burning pose a danger. AAC is an inorganic material that does not burn. The melting point of AAC is over 2900oF, more than twice the typical temperature in building fire of 1200oF.

Noise Resistant The wall constructed by AAC provides exceptional acoustic insulation. Its porous structure and high surface mass, coupled with its ability to dampen mechanical vibration energy, greatly reduce outside environmental noise pollution and the indoor echo effect, providing a quieter, more comfortable interior for the occupants. AAC sound wall system can achieve STC rating up to 60.

Workability AAC blocks can be quickly installed or cut into the desired dimension including accurate angles and other shapes. AAC can also be drilled, nailed, grooved, routed, shaped, sculpted, carved, coated, floated, screwed into and milled with common tools and finished with paint, tile, drywall, plaster, or veneer. Window trim, chases for plumbing, wiring and outlets, and decorative features like keystones, window sills and columns can easily be created on the job site.

Non-Toxic AAC is an inert material that is completely non-toxic. The main ingredients of AAC are quartz sand, cement, lime and water. After the production process and steam curing (autoclaving), the materials chemical and mineral composition has been stabilised to form a solid Tobermorite crystalline structure which is a volcanic material found in nature. This material is inert and harmless to touch.

Breathable AAC is breathable and therefore allows the diffusion of moisture vapour, helping to moderate moisture levels within a building. AAC walls self-regulate indoor humidity levels by automatically absorbing and releasing moisture. This is vital for maintaining correct relative humidity, preventing condensation and associated problems with fungal moulds. Breathable acrylic exterior coatings provide a water resistant barrier while still allowing moisture vapour transfer.

Versatile AAC can be used for all applications including walls, roofs, floors and balconies, in both load-bearing and non-load bearing applications.

AAC contains a pore content of approximately 80%. That is the reason why 4m3 of construction material can be produced out of 1m3of raw materials. The low consumption of raw materials contributes to their conservation compared to other construction materials.

By-products of AAC production such as condensate from the autoclaving, hardened AAC waste and unhardened AAC mixture can be recycled back into the production of AAC. Besides, other industrial waste like fly ash and slag can be utilized as main raw materials too

AAC is autoclaved at a pressure of roughly 12 bar and 190oC. Energy is consumed during this process. The total amount of energy consumed during the production of AAC, including conditioning energy for raw materials, internal power consumption and energy contents for raw materials which are not produce in AAC plant (e.g. lime, cement, aluminium powder), is found to be a total consumption of 2010MJ/t or 1005MJ/m3 at density of 500kg/m3, which is 2 or 3 times lower than other building materials such as burnt bricks.

Emissions of gasses such as CO2, CO and NOx which originate from the steam generation while producing AAC are relatively low compared, for example, with burning processes in bricks industry.

With excellent thermal insulation properties, AAC building has very good thermal resistance quality and therefore in many instances the use of supplementary insulation is unnecessary. It also takes less energy to heat or to cool an AAC building

AAC is breathable and effective in moderating the moisture levels and maintaining the correct relative humidity to achieve a comfortable and mould-free living environment.

The dry density of AAC is approximately one-quarter of normal high density concrete, resulting advantages in transportation as a good ratio of volume to weight permits full utilization of transport capacity, and means effectively 1 truck of normal materials equal to 5 trucks of AAC products.

AAC BLOCKS

NOTCH TROWEL BM-E-TRO

HAND ROUTER BM-E-HR

TUNGSTEN SAW

ACC Block Tools and Materials

SKIMCOTE （Grey / White) POLYMER MODIFIED CEMENT PLASTER Desciption A cement based premixed plaster for thin bed application on interior and exterior walls. Uses EXTERNAL & INTERNAL SKIMCOAT : Finish - for a fine finish. Features • Durable hardwearing surface • Suitable for wet and dry conditions • Time and cost saving (50% of normal plastering labour costs) • Reduces material handling and wastage