Electric Steam Cuts Curing Period by Over 30% for Fly-Ash Brick Plant

In the building materials industry, curing of fly-ash bricks has long been a tough challenge — natural curing features a long cycle, and uncontrollable environmental conditions are likely to cause cracking. Recently, a fly-ash brick plant in the Philippines has successfully solved this problem with a set of “Electric Steam + Intelligent Tent” System from Curetec.

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Electric Steam Cuts Curing Period by Over 30% for Fly-Ash Brick Plant

In the building materials industry, curing of fly-ash bricks has long been a tough challenge — natural curing features a long cycle, and uncontrollable environmental conditions are likely to cause cracking. Recently, a fly-ash brick plant in the Philippines has successfully solved this problem with a set of “Electric Steam + Intelligent Tent” System from Curetec.

Points: 28-day Curing Cycle with Frequent Cracking

The customer originally adopted the traditional natural curing method to produce fly-ash bricks and panels.

  • Long Cycle: It takes a full 28 days to reach the required strength of 3.5MPa;
  • High Loss: Frequent product cracking due to uncontrollable ambient temperature and humidity, leading to a persistently high defective rate.

The lengthy curing cycle and high waste cost have become two major bottlenecks restricting production capacity and profits.

Solution: CureSteam Electric Steam

Over 30% Shorter Curing Cycle

Real Projects. Proven Results.

Across residential, infrastructure, energy, and industrial sectors, leading global precast producers are turning to Curetec’s intelligent curing systems to achieve year-round stable output, zero scrap, and low-carbon operations. This page features real, locally deployed case studies—from monsoon-proof production and winter strength assurance to boiler replacement and green certification—with all performance data verified in actual operation.