Staying true to our legacy of pioneering many industry firsts in Sri Lanka, we continue to introduce and integrate sustainable solutions across the local construction industry. We have focused on a number of areas to drive sustainable development, augmenting sustainability performance in our products & solutions, processes and the structures that bear the INSEE name.
When it comes to optimizing concrete mixes, INSEE Cement offers comprehensive solutions to help clients meet all structural, performance and economical requirements of a construction project. We use simulations, advanced technologies, testing equipment and our years of accumulated expertise to evaluate numerous parameters such as water-cement ratio, cement type, percentage of cement, aggregate grading and percentage, and more to obtain the best balance between performance and cost optimization of the mix design for our clients.
Today’s rapid pace of construction and infrastructure development has led to innovative new concrete solutions that are heavily application needs based. From time-sensitivities to rapid drying, from thermal modeling to special surface treatments, varying client requirements have resulted in the INSEE team developing customer-led, application needs-based solutions:
With the exhaustion of natural resources and the repercussions the world currently faces therein, INSEE Cement is leading the local construction industry to proactively discover and implement innovative ways to sustainably re-use, conserve and substitute resources in construction practices. Our approach to resource conservation includes:
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.