Vapor Curing II

VAPOR curing concrete pipe and precast

A direct-fired vapor generator in conjunction with temperature sensor(s) and motorized vapor control valve(s) accelerates concrete strength gain and increases concrete quality through the controlled addition of heat and humidity. Vapor generators are available in many outputs and heating specifications and burn natural gas or propane.

Key Features

  • vapor curing accelerates the concrete hardening process
  • higher concrete quality through the controlled addition of heat and humidity
  • rugged, dependable and durable equipment
  • 98% operating efficiency
  • fully automatic and low pressure operation
  • water-cooled 304L stainless steel combustion chamber
  • harder bells and spigots, less breakage
  • 60% lower operating cost than a steam boiler
  • small footprint, simple and safe to operate
  • 8-12 hour hardening duration for concrete pipe, 4-8 hour hardening duration for precast concrete
  • curing temperatures from 35 °C (95 °F) to 80 °C (180 °F)
  • platinum lifetime combustion chamber warranty

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Description

Vapor Curing II

Function 1

Vapor Curing II

When compared to a boiler, the direct-fired vapor generator reduces operating costs by 40% to 60%. The vapor generator requires minimal space and operates at low pressure with propane or natural gas.

Function 2

Vapor Curing II

AutoCure automatically measures and controls the curing environment. All curing data and operating status is displayed on a color display.

Function 3

Vapor Curing II

Wireless temperature and/or humidity sensors or sensors with quick-disconnects allow for flexible operation, for example, with retractable curing enclosures.

Function 4

Vapor Curing II

In conjunction with AutoCure , the stainless steel vapor control valve provides for full automatic control of the curing process. The design and the “fit-for-purpose” materials ensure a long life and simplified maintenance.

Function 5

Vapor Curing II

A project customized vapor distribution system fabricated of carbon and/or stainless steel pipe or, as in the picture left, of heavy-duty steel reinforced hose and stainless steel diffusers provide for the consistent distribution of heat and moisture.

Function 6

Vapor Curing II

Axial air circulation ventilation is an effective and economical solution for the consistent distribution of heat and humidity within curing enclosures.

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