CONCUREX

Revolutionizing Concrete Curing with Real-Time Intelligence

In the construction industry, ensuring optimal concrete curing is critical to the integrity and longevity of a structure. Traditional methods for monitoring concrete curing are often destructive, time-consuming, and lack real-time data, leading to potential delays and quality degradation.

CONCUREX An advanced, non-destructive concrete curing estimation and simulation tool designed to transform our approach to concrete strength development. Leveraging advanced sensor technology and real-time data analytics, Concurex provides continuous monitoring of the concrete curing process, providing unparalleled insights into strength gain and hydration.

Concurex:

CONCRETE CURING EXCELLENCE

Concurex is at the forefront of concrete curing technology, offering a solution that combines precision, efficiency and innovation, measuring all chemical and physical properties of concrete, independent of environmental factors (such as temperature, pressure and humidity), with exceptional accuracy during curing from the moment the process begins. This enables construction professionals to increase the level of quality control, accelerate project schedules and ensure the durability of their structures.
With Concurex, the future of concrete curing is changing – where technology meets reliability for superior construction results.

Top Features:

Why Choose Concurex?

At more than 30,000 concrete plants worldwide, manufacturers face significant inefficiencies due to traditional testing methods:

1. High costs of destructive testing

Methods such as core sampling and compressive strength tests range from $80 to $600 per test, depending on the location and method.

2. Less-than-expected accuracy of measuring instruments

Common instruments, such as rebound hammers, primarily assess surface hardness and often fail to reflect the intrinsic properties of concrete.

3. Need for multiple instruments

Measuring different physical and chemical properties of concrete typically requires multiple instruments, which increases both complexity and cost.

4. Delayed test results

Many methods require waiting up to 28 days for the concrete to cure before reliable measurements can be obtained, which delays the project timeline.

Current tests – such as setting time and compressive strength determination – are destructive, compromise the structural integrity of the slab, and do not fully capture concrete behavior, phase changes during hydration, or the development of long-term compressive strength.

CONCUREX is an advanced, non-destructive, real-time concrete curing simulation and estimation system. The system uses advanced sensors and data analytics to provide continuous insight into strength gains and hydration progress through:

 

 

– Real-time monitoring:
Embedded sensors measure electrical resistance changes directly related to hydration and strength development, providing immediate data on cure status.

– Accurate strength estimation:
The system generates a strength growth curve that stabilizes at the target strength, providing a reliable benchmark for construction decisions.

– Advanced decision-making:
With live, structure-specific data, engineers can more confidently determine when to remove formwork, apply loads, and perform other critical steps – optimizing programs and safety.

– Non-destructive testing:
CONCUREX prevents damage to the slab and provides permanent structural integrity while providing accurate strength assessments.

-Efficiency and Cost Savings:
By reducing reliance on fixed estimates and schedules, the system simplifies construction, minimizes delays and leads to significant 60% cost savings.

-Environmental Independence:
CONCUREX operates reliably in any curing environment – whether it is varying temperature, pressure or humidity – making it suitable for all climates and site conditions.

CONCUREX empowers manufacturers and engineers with a smarter, data-driven approach to performance – maintaining structural integrity – while improving application reliability and cost efficiency in any environment.

Frequently Asked Questions (FAQ):

Concurex is an innovative device that uses electronic signals to non-destructively monitor concrete strength development in real-time, eliminating the need for traditional, time-consuming sample tests.

By providing immediate and accurate strength data, Concurex allows teams to make faster decisions on formwork removal and next construction phases, significantly reducing waiting times and accelerating project schedules.

Yes, absolutely. Concurex can lead to up to 60% savings in curing-related costs by optimizing resource use, minimizing idle time for labor and equipment, and preventing expensive delays or rework.

Yes, Concurex is designed with a user-friendly interface for straightforward operation, making it simple for your team to deploy and gather crucial concrete data efficiently.

Concurex delivers real-time information on concrete maturity and estimated compressive strength, giving you precise insights into its hardening process.

Yes, Concurex can be calibrated to various concrete mix designs to ensure accurate and reliable strength predictions tailored to your specific project needs.

By offering continuous, real-time strength assessment, Concurex helps ensure consistent and optimal concrete quality across your entire structure, leading to enhanced durability and reduced risks.

CONCUREX product can:

1- Reduce concrete testing costs by 60%, which is very important for concrete manufacturers.

2- Reduce CURING time by at least 10%, which leads to a reduction in production costs for any manufacturer

3- From the beginning of the CURING process, the process of measuring four factors simultaneously on the concrete begins: measuring electrical resistance, compressive, chemical and physical strength of concrete

4- Very high accuracy in measuring and monitoring the CURING process

5- Working with CONCUREX is so easy that the user is no longer able to replace any device with it.

Why should you choose us?

Our Team:

Video Jalil Barandoust

Video Reyhaneh Amini Sokachei

Video Mahkameh Ghadarjani

Video Seyed Pooya Tajalifar