Aerial view of the Yakeclimate manufacturing facility

Industrial dehumidifier manufacturer · Since 2010

Industrial Dehumidification for Complex Climate Applications

We design and build refrigerant dehumidifiers from 26 to 960 L/day, desiccant dehumidifiers from 100 to 3,000 m³/h, and ultrasonic humidifiers, for greenhouses, energy storage and industrial sites.

Explore equipment development and project review. →

Engineering decisions carry into manufacturing. Project conditions, equipment configuration, and validation requirements guide the work from review to production.

WHY CONDITIONS MATTER

Where humidity becomes an engineering problem

A dehumidifier that looks right on a data sheet can still fail on site. These are the three problems we design against.

01

Condensation Risk

Moisture can collect on surfaces and components when air conditions move across the dew point.

02

Operating Stability

Applications with tighter limits need consistent control across changing loads, not only nominal capacity on a data sheet.

03

Project Constraints

Power, drainage, controls, maintenance access, airflow, and available space determine which equipment and configuration are suitable.

Compare equipment routes: refrigerant vs desiccant rotor vs ultrasonic →

ENGINEERING & CO-DEVELOPMENT

From your conditions to the right model

Explore equipment development and project review. →

01

Clarify the operating environment

02

Review humidity targets and constraints

03

Narrow the equipment options

04

Confirm the next engineering or quotation step

Project preparation and resources

HOW TO PREPARE A PROJECT REQUIREMENT

How to prepare a project requirement in three steps

The same sequence applies to agriculture and energy projects.

  1. Step 1: Define the protected environment

    Describe the facility, enclosure, crop, process, or equipment that the humidity condition must protect, including size and layout where available.

  2. Step 2: State the operating conditions

    List current temperature and humidity, target conditions, moisture sources, and the operating cycle, including % RH targets where the project defines them.

  3. Step 3: Confirm interfaces and constraints

    Record available space, airflow, power, drainage, control, and service access so the equipment discussion starts from real installation limits.

NEXT STEP

Prepare the operating conditions that define the project

Application, temperature range, current humidity, target conditions, available space, power, airflow, drainage, and control requirements provide a useful starting point.

MANUFACTURING & VALIDATION

Built and tested in our own factory

Manufacturing, assembly, component selection, testing, and project documentation all influence whether a selected configuration can be manufactured and delivered consistently. Performance testing is backed by national-level laboratory capability.

Equipment production floor
Equipment production floor
Yakeclimate assembly line
Assembly / Equipment build

COMPANY FILM

Inside Yakeclimate: Engineering and Manufacturing

See the manufacturing base, engineering work, production process, equipment assembly, and testing behind Yakeclimate industrial dehumidification equipment.

Watch on YouTube

FAQ

Frequently Asked Questions

How is dehumidification capacity rated?

Rated capacity follows the product specification table published for each model, for example L/day measured at 30°C/80% RH. The rated value describes performance under defined test conditions and should be compared with the real temperature, humidity target, airflow, and installation limits of the project.

Which industries do you focus on?

The two focus industries are agriculture and controlled environments, and energy storage and electrical environments. Projects outside these two areas are reviewed through the same engineering, manufacturing, and validation process used for the focus industries.

How does a project discussion start?

Share the operating environment, target humidity, moisture sources, available space, power, airflow, and drainage. The engineering team reviews these inputs and confirms the next step — equipment option, sizing work, or a quotation — before any configuration is finalized.

More questions

PROJECT START

Tell us your conditions. We'll recommend a model.

Choose the project type that matches the environment, then share the operating and installation details you have.