Mass concrete construction team working around reinforcement

Concrete temperature control engineering

Concrete Cooling Systems Engineered For Your Pour

We translate mix design, climate, placement schedule and temperature limits into one integrated pre-cooling and post-cooling strategy.

From mix to pourSystem-level engineering
5–30 °CTarget placement range
One interfaceDesign to commissioning

The real problem

ΔT

A Cooling Plant Is Only Useful When It Controls Concrete Placement Temperature

Equipment capacity alone does not define performance. Aggregate moisture, batching sequence, ambient exposure, delivery time and pour rate all influence the mass concrete thermal balance. Focusun engineers the interfaces so the complete concrete cooling system meets the project target.

See our engineering method

Application-led solutions

Concrete Cooling Strategies Shaped by the Structure, Not a Catalogue

Every mass concrete application starts with a different risk profile, placement sequence and temperature specification.

A complete project workflow

One Thermal Strategy with Every System Interface Accounted for

We establish the target first, then select and size the concrete cooling plant that can achieve it.

01 / DEFINE

Project Inputs

Mix design, volume, pour rate, climate, limits and available utilities.

02 / MODEL

Thermal Balance

Quantify heat loads and evaluate cooling contributions by material stream.

03 / INTEGRATE

System Design

Configure chilled water, flake ice, aggregate cooling, storage, controls and pipework.

04 / DELIVER

Commissioning

Verify capacity, operating sequence and placement temperature on site.

Integrated system architecture

Five Concrete Cooling Modules, One Controlled Outcome

View system modules
01

Heat Rejection

Ambient-rated chillers and cooling towers.

02

Cold Production

Chilled water and flake ice generation.

03

Thermal Storage

Insulated tanks, ice silos and buffer capacity.

04

Material Cooling

Aggregate, water and cement-side strategies.

05

Batch Integration

Dosing, controls, monitoring and reporting.

Focusun systems in the field

From Cooling Plant to Concrete Pour

Real project equipment shows how flake ice production, thermal storage and batching-plant integration come together as one concrete cooling system.

Focusun containerized concrete cooling plant connected to a batching plant
Integrated Site System

Containerized Concrete Cooling Plant

Packaged cooling capacity installed beside the aggregate and batching process.

Focusun concrete cooling system installation with cooling towers and ice equipment
Site Integration

Cooling Equipment Installed around the Plant

Focusun 30-ton flake ice machine for concrete temperature control
Cold Production

30T Flake Ice Machine

Interior of a Focusun automatic rake ice storage system
Thermal Storage

Automatic Rake Ice Storage

Focusun concrete cooling and ice storage plant operating at a project site

Built around site reality

Designed for the Pour Rate, Logistics and Climate Your Project Actually Has

Review Focusun projects

Start with an estimate

Quantify the Concrete Cooling Challenge before Specifying Equipment

Open cooling calculator
MixMaterial temperatures
ClimateAmbient design point
RateHourly production
TargetPlacement temperature