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GREENWARE DRYER

The Greenware Dryer is a programmable chamber drying system for sanitary ware after casting, combining controlled heating, humidification, air circulation and moisture extraction in a product-specific drying cycle. Coordinated control of temperature, relative humidity and airflow supports uniform moisture removal, repeatable drying conditions and an efficient transition from casting to downstream production.

OUR APPROACH

At a Glance

A programmable sanitary ware greenware dryer engineered for uniform moisture removal, repeatable product-specific cycles and energy-conscious thermal control.

Why?

Dry Evenly, Not Aggressively

Two Silos, Two Plaster Options

Controlled temperature, humidity and airflow remove moisture progressively across the load, helping protect sensitive greenware from uneven drying conditions.

With two separate silos, two different plaster types can be used efficiently, providing greater flexibility for various production requirements.

Why?

Keep Casting Moving

Two Silos, Two Plaster Options

Programmable drying stages create a controlled transition between casting and downstream operations, reducing dependence on long, uncontrolled intermediate drying periods.

With two separate silos, two different plaster types can be used efficiently, providing greater flexibility for various production requirements.

Why?

Change the Curve, Not the Machine

Two Silos, Two Plaster Options

Product-specific drying programs allow the process to be adapted to different sanitary ware geometries and moisture conditions without mechanical reconfiguration.

With two separate silos, two different plaster types can be used efficiently, providing greater flexibility for various production requirements.

Why?

Put Heat Where It Works

Two Silos, Two Plaster Options

With two separate silos, two different plaster types can be used efficiently, providing greater flexibility for various production requirements.

Why?

In-Chamber Thermal Distribution

Two Silos, Two Plaster Options

Recorded process curves, alarms and operating data give production teams a repeatable drying reference and make deviations easier to identify and correct.

With two separate silos, two different plaster types can be used efficiently, providing greater flexibility for various production requirements.

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Rotating Conical Air Circulation Units

High-volume turbo fans feed slowly rotating conical distributors that continuously redirect conditioned air throughout the chamber. Reference UNIMAK units provide 22,000 m³/h airflow per ACU, with the number of units configured according to chamber size.

Closed-Loop Moisture & Pressure Management

Servo-controlled fresh-air and exhaust dampers operate together with variable-speed extraction and humidity feedback. The coordinated control regulates moisture removal while maintaining stable internal chamber pressure throughout the programmed cycle.

Three-Curve Recipe Automation

PLC/PID control coordinates dedicated set curves for temperature, relative humidity and air-circulation fan speed. Product recipes can be stored, edited graphically and compared against actual process curves during operation.

Modulating Heating with Integrated Safety Control

The heating aggregate regulates burner output and the fresh/hot-air balance according to the drying curve. Temperature monitoring, differential-pressure sensing and automatic burner shutdown protect the process during abnormal airflow or overheating conditions.

In-Chamber Thermal Distribution

Hot-air distribution ducts are positioned inside the dryer so that thermal losses from the duct surfaces remain within the controlled chamber. Insulated enclosure panels further support stable operating conditions and reduced unnecessary heat loss.

Independent Sectional Loading Doors

Sectional doors operate independently, allowing selected chamber sections to be accessed without opening the full dryer. Multiple doors can also be opened together for faster trolley handling and rapid chamber cooling when required.

//NAVIGATION

Let's Engineer & Build Your Next Factory Together.

© 2026 UNIMAK. ALL RIGHTS RESERVED.
//NAVIGATION

Let's Engineer & Build Your Next Factory Together.

© 2026 UNIMAK. ALL RIGHTS RESERVED.
//NAVIGATION

Let's Engineer & Build Your Next Factory Together.

© 2026 UNIMAK. ALL RIGHTS RESERVED.