Instaa Precast
Supplier of customizable precast concrete product solutions and construction services.
About Instaa Precast
Instaa Precast is a contractor located in Tiruvannamalai, Tamil Nadu. Operating from Plot no A6/1 at SIPCOT Industrial Park Phase II in Kunnavakkam village, Cheyyar Taluk, the business supplies high-quality, innovative, and customizable precast concrete product solutions along with industry-leading installation, construction, and real estate services for industrial, commercial, and multi-residential sectors.
Services and products
- Precast Services
- Real Estate Services
- Precast Hollow Core Slabs
- Precast RCC Columns
- Precast RCC Beam / PT Beam
- Precast Solid Slabs
- Precast Staircase
- Precast RCC Wall
- Underground Precast RCC Water Tank
- Precast U Drains
- Precast Boundary Walls
Business details
Frequently asked questions
What is a precast building according to Instaa Precast?
A precast building is a type of construction composed of components that are manufactured offsite in a factory, transported to the site, and assembled, known for speed, durability, and cost-effectiveness.
What are the advantages of precast buildings offered by Instaa Precast?
Precast buildings offer fast construction, energy efficiency, flexibility, cost savings, durability, and resistance to extreme weather events and harsh climates.
What materials are used by Instaa Precast for their precast products?
Instaa Precast products are typically constructed using reinforced concrete, alongside specialized elements such as insulation layers, steel connections, and architectural concrete finishes.
What is the standard size and capacity of underground tanks made by Instaa Precast?
Instaa Precast underground tanks come in a standard size of 2.4mx2.4mx2.4 meters with a capacity of 13,500 liters, built in a seamless mold as a monolithic structure.
How do energy-efficient Thermodeck hollow core slabs from Instaa Precast work?
Thermodeck hollow core slabs provide thermal insulation, radiant cooling, and passive cooling by incorporating ventilation channels, which reduce cooling energy consumption by 30% to 40%.