INSEE RAPIDFLOW PLUS is a high performance Blended Hydraulic Cement of both ground granulated blast furnace slag (GGBFS) and fly ash variants, producing overall high performance and high strength concrete for industrial and infrastructure projects.
Produced with a perfected combination of cementitious binders that is the result of years of research and development, INSEE RAPIDFLOW PLUS develops high strength in concrete that allows a reduction in structural element sizes, contributing to the increased cost efficiency of the construction.
|Name :||INSEE RAPIDFLOW PLUS|
|Type :||Blended Hydraulic Cement|
|Sri Lankan Standard :||SLS 1247:2015|
|Strength Class :||42.5N|
|PROPERTY||SLS 1247 : 2015|
|INSEE EXTRA PLUS|
|Compressive Strength (2 days)||≥ 10 N/mm2||<25 m2m|
|Compressive Strength (28 days)||42.5 – 62.5 N/mm2||55 N/mm2|
|Setting Time||≥ 60 minutes||130 – 140 minutes|
|Fineness||Not Specified in Standard||410 – 430 m2/kg|
|Soundness||< 10 mm||< 1 mm|
|Relative Density||Not specified in standard||~ 3.07|
|SO3||≤ 3.5 %||>3|
|Chloride||≤ 0.10 %||<0.08|
|LOI||Not specified in standard||<3|
INSEE RAPIDFLOW PLUS is compatible with:
INSEE RAPIDFLOW PLUS is used for:
INSEE RAPIDFLOW PLUS exhibits enhanced fresh and hardened properties of concrete including high strength, increased durability, lower permeability, increased corrosion resistance and reduced thermal stress to structures, resulting in the elevated overall performance of concrete structures.
Both slag and fly ash display inherent chemical properties that produce additional calcium-silicate hydrate gel (CSH) – the glue that holds the concrete together – by continuously reacting with the water and other chemical elements in the mix over time. This results in denser concrete with enhanced strength that serves as a tool for engineers to optimize concrete mix designs.
The high strength developed in concrete produced with INSEE RAPIDFLOW PLUS allows for a large reduction of admixture and cement consumption in
the mix, reducing raw material costs to a great extent. It also leads to optimized structural design that allow for thinner, lighter and fewer structural elements. The optimized mix designs also result in less shrinkage, curling and heat, lowering life cycle costs through increased service life.
A wide range of tests and equipment to assess fresh and hardened concrete properties
A wide range of tests and equipment to assess and ensure your aggregate grade meets the demand and requirement of your concrete.
A range of tests to assess properties of fresh concrete that go beyond the traditional ‘slump test’, improving the quality and consistency of concrete.
Advanced testing with durability indicators to optimize structural performance and extend the service life of concrete structures exposed to severe environments.