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Dual-Rotor Dehumidification Unit

PRODUCT OVERVIEW

✦Industrial applications ✦15~25°C, 1~10%, -70~-10°Cd ✦The core component of a rotary dehumidifier is the dehumidification rotor. This rotor is synthesized using glass fibers and heat-resistant ceramic materials as internal support carriers, combined with specialized moisture-absorbing media (such as high-efficiency silica gel or 4A molecular sieves).

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Introduction

✦Industrial applications ✦15~25°C, 1~10%, -70~-10°Cd ✦The core component of a rotary dehumidifier is the dehumidification rotor. This rotor is synthesized using glass fibers and heat-resistant ceramic materials as internal support carriers, combined with specialized moisture-absorbing media (such as high-efficiency silica gel or 4A molecular sieves).

Features

Unit Water Supply Conditions: Dehumidification Chilled Water

Supply Temperature: 7/12°C

Regeneration Temperature: 120–140°C (Electric/Steam)

Supply Air Temperature: 15–25°C

Supply Air Relative Humidity: 0.01–2% (Dew Point: -70 to -30°C)

Applicable Scenarios: Battery cell manufacturing, plastics drying, and other applications requiring low-dew-point air supply.

Specification


Model

Airflow Capacity (m3/h)

Air Supply Parameters

Dehumidification Capacity (kg/h)

Regenerative Heat (kw) Electric / Steam

GCZ-C-02-H

2000

Dry-bulb temperature:15–25°C

Dew point temperature: -70°C

Fresh air ratio: <30%

20

32/46

GCZ-C-03-H

3000

30

48/69

GCZ-C-05-H

5000

50

81/116

GCZ-C-08-H

8000

80

129/185

GCZ-C-10-H

10000

100

161/231

GCZ-C-15-H

15000

150

242/347

GCZ-C-20-H

20000

200

323/462

GCZ-C-25-H

25000

250

403/578

GCZ-C-30-H

30000

300

485/693