Tmt bars are been used in all constructional projects which made from the latest technological process and comes with high strength. with the new edge, technological innovation tmt bars are being produced with the latest technology called ‘thermex’. In this process after the final rolling, it subjected to sudden cooling. It makes the bars strong optimally to its level and also the core become soft. due to high ductility bars are being produced in the number of grades which are fe: 415, fe: 500 and fe: 550. These bars are being used in the construction of buildings, bridges, various types of plants, concrete structural base etc. new edge tmt bars are earthquake resistant and it can be used in all type of construction projects due to its extremely bending ability. It can be broadened to match up exactly how you want it to be for your constructional structure. tmt bars are fully corrosion resistant, rust resistant and these bars are mandatory to be used in coastal and humid tract. It intensifies the durability for the longer period. thermo mechanically treated bars are fire and heat defiant and it helps to prevent any hazard. tmt bars have high weld-ability for which these being used for weld joints by keeping the construction structure unchanged. manufacturing process of a tmt bar save 20% of the steel than the usual. Hence, the production cost becomes even lower

• MOQ 50 Cubic Meter

what is aac?rnthe autoclaved aerated concrete (aac) material was developed in 1920 in sweden. It has become one of the most used buildingrnmaterials in europe and is rapidly growing in many other countries around the world. autoclaved aerated concrete is a lightweight, load-bearing, high-insulating, durable building product, which is produced in a wide range of sizes and strength. aac offers incredible opportunities to increase building quality and at the same time reduces costs at the construction site. aac is produced out of a mix of pulverized fly ash (pfa), lime, cement, gypsum, water and aluminum and is hardened by steam curing in autoclaves. Rnhomes, commercial and industrial buildings, schools, hospitals, hotels and many other applications. The construction material aacrncontains 60% to 85% air by volume.

Tmt bars are been used in all constructional projects which made from the latest technological process and comes with high strength. with the new edge, technological innovation tmt bars are being produced with the latest technology called ‘thermex’. In this process after the final rolling, it subjected to sudden cooling. It makes the bars strong optimally to its level and also the core become soft. due to high ductility bars are being produced in the number of grades which are fe: 415, fe: 500 and fe: 550. These bars are being used in the construction of buildings, bridges, various types of plants, concrete structural base etc. new edge tmt bars are earthquake resistant and it can be used in all type of construction projects due to its extremely bending ability. It can be broadened to match up exactly how you want it to be for your constructional structure. tmt bars are fully corrosion resistant, rust resistant and these bars are mandatory to be used in coastal and humid tract. It intensifies the durability for the longer period. thermo mechanically treated bars are fire and heat defiant and it helps to prevent any hazard. tmt bars have high weld-ability for which these being used for weld joints by keeping the construction structure unchanged. manufacturing process of a tmt bar save 20% of the steel than the usual. Hence, the production cost becomes even lower

• MOQ 50 Cubic Meter

what is aac?rnthe autoclaved aerated concrete (aac) material was developed in 1920 in sweden. It has become one of the most used buildingrnmaterials in europe and is rapidly growing in many other countries around the world. autoclaved aerated concrete is a lightweight, load-bearing, high-insulating, durable building product, which is produced in a wide range of sizes and strength. aac offers incredible opportunities to increase building quality and at the same time reduces costs at the construction site. aac is produced out of a mix of pulverized fly ash (pfa), lime, cement, gypsum, water and aluminum and is hardened by steam curing in autoclaves. Rnhomes, commercial and industrial buildings, schools, hospitals, hotels and many other applications. The construction material aacrncontains 60% to 85% air by volume.