Structural Prestressed Industries – making construction process expeditious and efficient

SPI specializes in Manufacturing and Erection of Precast Products. We provide estimating, project management and technical assistance during project progress.

Online PR News – 08-February-2013 – Medley, Florida – Civil construction projects that involve large scale construction take a very long time to conclude. Using pre-constructed building blocks by manufacturing them offsite and then assembling them on the construction site is the latest trend in the construction industry.

Florida, February 7, 2013

Employing the latest and most innovative methods of construction, Structural Prestressed Industries ( continue to offer their high quality products and services in the civil works industry. The organization has concluded a number of high end construction projects in Florida in a small interval of time using their latest technology construction methods and skillful workforce.

SPI strives to employ innovative construction methods to minimize the costs and time delays involved in the whole process. The company also provides a wide variety of products like joists and soffit, hollowcores, double and inverted tee beams and precast concrete columns constructed in standard or custom sizes. The system of using pre-stressed building blocks is one of the latest trends in the civil industry and in a short interval of time, it has been proved to be a cost effective and time saving system.

Many engineers, architects, contractors, developers and builders trust on this system and achieved great success in their work by employing this technique. This system is preferred to be employed in large projects like constructing commercial complexes, parking garages, schools, hospitals, airports, etc.

SPI provides comprehensive service and assistance to the customers throughout the process; their services involving initial estimation, technical assistance, manufacturing pre-cast products, project management and providing equipments and accessories required for erection.