Load Bearing CapacityHigh Due To Embedded Steel Reinforcement
SizeLarger Than Traditional Building Materials
with its multitude of advantages, flyash reinforced block (aac process) can be used for all kinds of modern-day construction. it’s suitability for versatile needs of the building process, and its possession of clear advantages over conventional building materials make them the favorable choice for an array of application areas. flyash reinforced block (aac process) have an increased load bearing capacity due to the use of embedded steel reinforcement thus eliminating the need for additional bond beams and staff columns. flyash reinforced block (aac process) are also larger in size compared to traditional building materials and can be customized according to building specific requirements which substantially reduces construction time. flyash reinforced block (aac process) aid in a speedy construction process and have fewer joints leading to less jointing consumption and leakages. they can withstand higher tensile load and the no. of auxiliary columns can be minimized. its light weight also reduces structural costs. flyash reinforced block (aac process) are fire safe, account for less mortar cost, have higher flexural strength, are termite resistant and have overall economic advantages.
with its multitude of advantages, flyash reinforced block (aac process) can be used for all kinds of modern-day construction. it’s suitability for versatile needs of the building process, and its possession of clear advantages over conventional building materials make them the favorable choice for an array of application areas. flyash reinforced block (aac process) have an increased load bearing capacity due to the use of embedded steel reinforcement thus eliminating the need for additional bond beams and staff columns. flyash reinforced block (aac process) are also larger in size compared to traditional building materials and can be customized according to building specific requirements which substantially reduces construction time. flyash reinforced block (aac process) aid in a speedy construction process and have fewer joints leading to less jointing consumption and leakages. they can withstand higher tensile load and the no. of auxiliary columns can be minimized. its light weight also reduces structural costs. flyash reinforced block (aac process) are fire safe, account for less mortar cost, have higher flexural strength, are termite resistant and have overall economic advantages.
ApplicationAll Kinds Of Walls,External Or Internal,Non-load Bearing Walls
Number Of FlowerFly Ash Blocks
MaterialFly Ash (AAC Process)
DurabilityHigh Resistance To Earthquakes & Hurricanes
Construction SpeedHigh Due To Larger Blocks With Thin Layer Of Mortar Setting In An Hour
FLYASH BLOCK (AAC PROCESS) have flexible usages and can be used for all kinds of walls, external or internal and non-load bearing walls.UAL’s FLYASH BLOCK (AAC PROCESS) manufacturing unit has been set up at Bagnan in technical collaboration with HESS FLYASH BLOCK (AAC PROCESS) Systems, Netherland, the pioneers in the world for FLYASH BLOCK (AAC PROCESS) machinery. FLYASH BLOCK (AAC PROCESS) are highly cost effective due to its durability, High construction speed and its ability to be labor friendly. FLYASH BLOCK (AAC PROCESS) are highly Durable because they have excellent resistance to earthquakes & hurricanes and have been proven to withstand wind load of Category 5 tropical storms. FLYASH BLOCK (AAC PROCESS) are also water Resistant because of their unique, micro-cellular structure, with millions of tiny air bubbles that do not interconnect, that form an effective barrier against moisture penetration, resisting the passage of water from the surface. Moreover, UAL FLYASH BLOCK (AAC PROCESS) are impervious to attacks by insects or rotting. They are completely insusceptible to termites. FLYASH BLOCK (AAC PROCESS) buildings and walls are built much faster because of the usage of larger blocks with a thin layer of mortar which sets in an hour! They are made with high dimensional accuracy and can be installed using glue instead of mortar for faster construction. FLYASH BLOCK (AAC PROCESS) and panels are lightweight thus ensuring easy workability leading to quicker installations. UAL’s FLYASH BLOCK (AAC PROCESS) have high flexibility in cutting / sawing, shaping, nailing and drilling using hand and power tools. Its easy handling, owing to its low density and rapid construction consequently reduces construction labour cost and time. FLYASH BLOCK (AAC PROCESS) are available in a varied range of sizes and densities. One FLYASH BLOCK (AAC PROCESS) can cover the same area as up to 12 red clay bricks! FLYASH BLOCK (AAC PROCESS) also offer a wide range of finishing option
FLYASH BLOCK (AAC PROCESS) have flexible usages and can be used for all kinds of walls, external or internal and non-load bearing walls.UAL’s FLYASH BLOCK (AAC PROCESS) manufacturing unit has been set up at Bagnan in technical collaboration with HESS FLYASH BLOCK (AAC PROCESS) Systems, Netherland, the pioneers in the world for FLYASH BLOCK (AAC PROCESS) machinery. FLYASH BLOCK (AAC PROCESS) are highly cost effective due to its durability, High construction speed and its ability to be labor friendly. FLYASH BLOCK (AAC PROCESS) are highly Durable because they have excellent resistance to earthquakes & hurricanes and have been proven to withstand wind load of Category 5 tropical storms. FLYASH BLOCK (AAC PROCESS) are also water Resistant because of their unique, micro-cellular structure, with millions of tiny air bubbles that do not interconnect, that form an effective barrier against moisture penetration, resisting the passage of water from the surface. Moreover, UAL FLYASH BLOCK (AAC PROCESS) are impervious to attacks by insects or rotting. They are completely insusceptible to termites. FLYASH BLOCK (AAC PROCESS) buildings and walls are built much faster because of the usage of larger blocks with a thin layer of mortar which sets in an hour! They are made with high dimensional accuracy and can be installed using glue instead of mortar for faster construction. FLYASH BLOCK (AAC PROCESS) and panels are lightweight thus ensuring easy workability leading to quicker installations. UAL’s FLYASH BLOCK (AAC PROCESS) have high flexibility in cutting / sawing, shaping, nailing and drilling using hand and power tools. Its easy handling, owing to its low density and rapid construction consequently reduces construction labour cost and time. FLYASH BLOCK (AAC PROCESS) are available in a varied range of sizes and densities. One FLYASH BLOCK (AAC PROCESS) can cover the same area as up to 12 red clay bricks! FLYASH BLOCK (AAC PROCESS) also offer a wide range of finishing option
Application : All Kinds Of Walls,External Or Internal,Non-load Bearing Walls
Our Konark AC sheets personify excellence with their composition of the best quality Portland cement and imported natural mineral fibres. A stringent quality control system and our unique manufacturing process has cemented Konark’s reputation as the most sought after roofing sheet brand in the market. Konark AC sheets are strong and durable. They gain strength with age and can also withstand the vagaries of Indian weather. Konark sheets are non-combustible, non-corrosive, completely waterproof, resistant to strong wind and also very good sound insulators. Thus, giving users their money’s worth! Konark sheets are manufactured confirming to the following standards: IS: 459-1992 Specification for un reinforced corrugated and semi-corrugated Asbestos Cement Sheets. Gutters & Gutter Fittings are manufactured as per IS: 1626 (Part-II)-1980 (as per 2nd revision) Roofing Fittings are manufactured as per IS:1626 (Part-III)-1981
Our Konark AC sheets personify excellence with their composition of the best quality Portland cement and imported natural mineral fibres. A stringent quality control system and our unique manufacturing process has cemented Konark’s reputation as the most sought after roofing sheet brand in the market. Konark AC sheets are strong and durable. They gain strength with age and can also withstand the vagaries of Indian weather. Konark sheets are non-combustible, non-corrosive, completely waterproof, resistant to strong wind and also very good sound insulators. Thus, giving users their money’s worth! Konark sheets are manufactured confirming to the following standards: IS: 459-1992 Specification for un reinforced corrugated and semi-corrugated Asbestos Cement Sheets. Gutters & Gutter Fittings are manufactured as per IS: 1626 (Part-II)-1980 (as per 2nd revision) Roofing Fittings are manufactured as per IS:1626 (Part-III)-1981
Material : Portland Cement, Natural Mineral Fibers, Asbestos Cement
Number Of Flower : Corrugated And Semi-corrugated
Standard : IS: 459-1992, IS: 1626 (Part-II)-1980, IS:1626 (Part-III)-1981
Water Pressure Resistance15 Times More Than Concrete Pipes
Safety FactorIncreases
Initial CostLower Than Alternatives
Asbestos is stronger than steel and its thermal coefficient matches with cement. It provides a homogenous, microscopic, three dimensional reinforcement in AC. Thus, it can withstand more than 15 times the water pressure than a concrete pipe of similar thickness. Has a durability of about 100 years & gains strength with age ! The safety factor increases unlike in alternatives where it reduces. Lower initial costs and longer life means cost per year is 1/4th to 1/10th of its alternatives. Is robust, leading to low storage costs. Able to withstand the transverse stress arising out of internal pressure, including water hammer (pressure surge). Has high flexural stress i.e. high crushing strength. Hence, can be safely used under heavy external loads and heavy traffic. It can withstand back pressures even when the pipe is under vacuum. Its low co – efficient of expansion helps to counter the expansion and contraction arising out of the variations in temperature of the water it carries; also the unbalanced pressure produced due to bends, and closures including gates. It is corrosion free – both chemically and electrolytically. Friction loss is low and high carrying capacity is permanently maintained, as the pipes are not subject to encrustation or tuberculation. C value = 150. Hence, there is considerable savings in power and cost of pumping, compared to most other pipes. It has low thermal conductivity / excellent insulation as a result, water conveyed by these pipes remains cool even when the ambient temperature is high. These pipes are comparatively light and easy to handle and transport. Jointing is easy & the joints have flexibility (upto 10 degrees in AC Couplings) to obtain a satisfactory joint (unlike most alternatives). Easy & inexpensive to cut and tap and to use & maintain. (Often known as permanent & maintenance free pipes ) Are heat & fire resistance Can withstand chlorine treated drinking water without tuberculation / erosion Excellent for in
Asbestos is stronger than steel and its thermal coefficient matches with cement. It provides a homogenous, microscopic, three dimensional reinforcement in AC. Thus, it can withstand more than 15 times the water pressure than a concrete pipe of similar thickness. Has a durability of about 100 years & gains strength with age ! The safety factor increases unlike in alternatives where it reduces. Lower initial costs and longer life means cost per year is 1/4th to 1/10th of its alternatives. Is robust, leading to low storage costs. Able to withstand the transverse stress arising out of internal pressure, including water hammer (pressure surge). Has high flexural stress i.e. high crushing strength. Hence, can be safely used under heavy external loads and heavy traffic. It can withstand back pressures even when the pipe is under vacuum. Its low co – efficient of expansion helps to counter the expansion and contraction arising out of the variations in temperature of the water it carries; also the unbalanced pressure produced due to bends, and closures including gates. It is corrosion free – both chemically and electrolytically. Friction loss is low and high carrying capacity is permanently maintained, as the pipes are not subject to encrustation or tuberculation. C value = 150. Hence, there is considerable savings in power and cost of pumping, compared to most other pipes. It has low thermal conductivity / excellent insulation as a result, water conveyed by these pipes remains cool even when the ambient temperature is high. These pipes are comparatively light and easy to handle and transport. Jointing is easy & the joints have flexibility (upto 10 degrees in AC Couplings) to obtain a satisfactory joint (unlike most alternatives). Easy & inexpensive to cut and tap and to use & maintain. (Often known as permanent & maintenance free pipes ) Are heat & fire resistance Can withstand chlorine treated drinking water without tuberculation / erosion Excellent for in
Secondary Business TypeManufacturer / Exporters / Wholesale Suppliers
Opening Hours
SUN : Closed
MON : 9:30 AM - 6:30 PM
TUE : 9:30 AM - 6:30 PM
WED : 9:30 AM - 6:30 PM
THU : 9:30 AM - 6:30 PM
FRI : 9:30 AM - 6:30 PM
SAT : 9:30 AM - 6:30 PM
about us Established in 1974, UAL Industries Limited has always believed that with power and prosperity, comes greater responsibility. UAL is India’s leading construction material manufacturing company, meeting and fulfilling rural India’s demand for quality and affordable roofing solutions over the last three decades. UAL manufactures Fibre cement corrugated roofing sheets, plain sheets and moulded accessories under the brand name KONARK, which is its core manufacturing activity. Importantly, we also make environment friendly green building products for urban construction projects under the brand name KON_CRETE. The UAL Group has also forayed into the manufacture of A.C. Pressure Pipes and Couplings which are manufactured using the highly efficient Magnani process.
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