Your Product. Our Curing Commitment.

Engineering the Future of Concrete Curing

From wall panels to tunnel segments, railway sleepers to bridge girders – our curing systems adapt to your geometry, cycle time, and quality standards.

Challenges

Conventional water – spraying or covering methods are inefficient, labor – intensive, and lack traceability
Inconsistent curing standards between precast segments and cast – in – place sections compromise structural integrity

Our Solution

Tunnels

Smart Tunnel Curing, Precision for Every Segment

Our Systems powering this solution

Typical Products Cured

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BYPCE — One System for Standard + Fair-Face Precast

CCCC Langfang: 11-Zone Smart Tunnel Segment Curing

Partnering with CBE for Tunnel Segment Curing in Australia

Challenges

Steam curing for precast track slabs and sleepers relies on coal/electric boilers – slow heating, high energy consumption, and significant safety risks.

Our Solution

Railways

Smart Concrete Curing Solutions for Railways

Our Systems powering this solution

Typical Products Cured

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Fortune 500 SOE Orders 4× NDG Systems

NDG 2400 Low-Pressure Steam Curing System Deployed at Cixi Track Slab Precast Plant

Precision Curing, 40,000 Slabs, 30% Less Energy

Challenges

High storage capacities for traditioal water curing, increased manpower and high water consumption.

Our Solution

Pipes & Culverts

Smart Concrete Curing Solutions for Pipes & Culverts

Our Systems powering this solution

Typical Products Cured

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One Unit, Three Zones: NDG1800 at Zhentian (Taiwan)

-10°C. Outdoor. No Boiler Room. NDG Delivers.

Holcim Group Chooses Curetec: Intelligent Steam Curing at Scale

Challenges

Prestressed high – strength concrete (PHC) piles and poles often use C80+ mixes, where concentrated hydration heat causes large thermal gradients and micro – cracks.

Our Solution

Piles & Poles

Smart Concrete Curing Solutions for Piles & Poles

Our Systems powering this solution

Typical Products Cured

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One Unit, Three Zones: NDG1800 at Zhentian (Taiwan)

Samsung Industry (Korea): 4 Plants, 4 Lines, One Smart System

Fortune 500 SOE Orders 4× NDG Systems

Challenges

With daily output reaching tens of thousands of units, traditional spraying or air curing fails to ensure batch – to – batch strength consistency, leading to 5 ~ 10% scrap rates.
Manual valve control and humidity monitoring hinder integration with fully automated production lines.

Our Solution

Blocks & Pavers

Smart Concrete Curing Solutions for Blocks & Pavers

Our Systems powering this solution

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Electric Steam Cuts Curing Time by 30%+. Zero Cracks.

New Smart Brick Plant Goes Live in Jiangsu!

Smart Curing Solution – Hebei Brick Plant

Challenges

Cast – in – place or precast columns/beams (often ≥600mm thick) trap hydration heat, with core temperatures exceeding 70°C – inducing surface cracking.

Our Solution

Columns & Beams

Smart Concrete Curing Solutions for Columns & Beams

Our Systems powering this solution

Typical Products Cured

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Fortune 500 SOE Orders 4× NDG Systems

NDG in Australia: AGA-Certified, Zero Infrastructure

For Korea GPC Prestressed Concrete Column Production

Challenges

Concrete doesn’t reach detensioning strength fast enough, impacting efficiency and production turnout.

Our Solution

Prestressed

Smart Concrete Curing Solutions for Prestressed

Our Systems powering this solution

Typical Products Cured

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Fortune 500 SOE Orders 4× NDG Systems

NDG Low-Pressure Steam + Intelligent Control. One System. Low-Carbon Upgrade.

Next-Generation Low-Carbon and Eco-Friendly Concrete Curing Solution

Challenges

Concrete doesn’t reach demoulding strength fast enough, impacting efficiency and production turnout before post – tensioning can be initiated.

Our Solution

Post - Tensioned

Smart Concrete Curing Solutions for Post – Tensioned

Our Systems powering this solution

Typical Products Cured

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BYPCE — One System for Standard + Fair-Face Precast

NDG2400 Low-Pressure Steam + Intelligent Control. One Unit. Two Lines. 40% Total Cost Savings.

Challenges

Beds spanning 100 – 200 meters often exhibit 8 – 12°C differentials between ends and center, causing inconsistent strength development and compromising simultaneous stressing.
Conventional overhead steam delivery leads to condensate accumulation under forms, causing surface discoloration, pitting, or localized delayed setting.

Our Solution

Longbed Systems

Smart Concrete Curing Solutions for Longbed Systems

Our Systems powering this solution

Typical Products Cured

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-23°C to 42°C. Zero Defects. RadCure Delivers.

Brazil – 8 Curing Zones

Belgium – 3 Curing Zones

Challenges

Elements don’t gain release strength fast enough, thereby impacting productivity up to generating bottle necks.
Curing room size designed very large to accomodate for natural curing in different seasons.

Our Solution

Caroussel Plants

Smart Concrete Curing Solutions for Caroussel Plants

Our Systems powering this solution

Typical Products Cured

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NDG in Australia: AGA-Certified, Zero Infrastructure

Warm Air + Steam. One System. 50% Energy Savings.

Challenges

Ambient changes cause batching water to vary (e.g., >30°C in summer, <5°C in winter), directly disrupting cement hydration – leading to rapid slump loss, inconsistent setting times, and high risk of early – age cracking.
Manual addition of ice or hot water is experience-based, slow to respond, energy – intensive, and poorly synchronized with automated production takt times.

Our Solution

Batching Water

Smart Concrete Curing Solutions for Batching Water

Our Systems powering this solution

Typical Products Cured

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CureAgg

Challenges

Open – air stockpiles can exceed 50°C in summer and drop below 0°C in winter, making them the primary cause of uncontrolled concrete discharge temperatures.
Water spraying for cooling or steam heating is energy – intensive, slow, uneven, and poorly synchronized with automated production takt times.

Our Solution

Aggregates

Smart Concrete Curing Solutions for Aggregates

Our Systems powering this solution

Typical Products Cured

See the Projects Cured with This Solution

CureAgg

Are You Facing Any of the Following?

You have an innovative production process or a unique quality control objective that demands a bespoke thermal management strategy.
You’re exploring cutting – edge applications (e.g., novel binders, 3D – printed concrete, net – zero factories) and need a technical partner for co – development.