Holow Core Slabs

Product Overview

We are Manufacturing and Supplying for our customers a far achieving collection of Holow Core Slabs in Hyderabad, Telangana, India. Hollowcore is a prestressed concrete slab manufactured with continuous voids to reduce weight and cost. It is primarily used as a floor and roof deck system. Hollowcore flooring systems provide safe, solid and secure flooring for your needs. This unique product is both strong and durable allowing for increased floor load capacity. PBC hollow core slabs offer a fast and economical solution for suspended floors and roof construction, for masonry wall structure, concrete structures and steel structures. The slabs can be used as part of a full frame system in precast construction or in cast-in-situ frame construction. While supporting elements i.e. beams or walls are being constructed, Hollow core slabs can be fabricated separately and fitted when the structure is ready. This will result in reduced weight of structure and considerable saving in construction time.

2025nd Year

Contact Person

PLOT NO-1-8-276, Chikkadpally.

Product Description

We are Manufacturing and Supplying for our customers a far achieving collection of Holow Core Slabs in Hyderabad, Telangana, India. Hollowcore is a prestressed concrete slab manufactured with continuous voids to reduce weight and cost. It is primarily used as a floor and roof deck system. Hollowcore flooring systems provide safe, solid and secure flooring for your needs. This unique product is both strong and durable allowing for increased floor load capacity. PBC hollow core slabs offer a fast and economical solution for suspended floors and roof construction, for masonry wall structure, concrete structures and steel structures. The slabs can be used as part of a full frame system in precast construction or in cast-in-situ frame construction. While supporting elements i.e. beams or walls are being constructed, Hollow core slabs can be fabricated separately and fitted when the structure is ready. This will result in reduced weight of structure and considerable saving in construction time.