Yes, they are designed to deliver high performance while keeping energy consumption as low as possible, helping you manage running costs effectively.

Yes, we provide a variety of industrial and desiccant models to suit small, medium, and large-scale drying requirements, ensuring you get the right level of performance for your site. Please speak with one of our consultants for advice on the best hire solution for your project.

Yes, solutions such as the CLIMEX® Dehumidifier 96 Litre, are designed to accelerate drying of materials such as plaster, concrete, timber, and finishes, helping to reduce delays and keep projects on schedule.

Desiccant units are best for colder environments, unheated spaces, or areas that require very low humidity levels. They continue to perform reliably even when temperatures drop, where standard refrigerant units may struggle.

Yes, they are designed for straightforward setup and operation. They’re portable, efficient, and can be deployed quickly to keep your project moving.

Desiccant technology is particularly effective when:

• Temperatures are low or unheated
• Very dry air is required
• Air needs to be ducted over long distances
• Moisture control must remain stable regardless of temperature
• This makes it well suited to industrial shutdowns, preservation work, and specialist drying tasks.

It can support a wide range of applications, including construction drying, flood restoration, climate control in sensitive areas, and managing humidity in industrial environments.

These systems are commonly used for:

• Drying during building works involving plaster, concrete or paint in colder conditions
• Minimising condensation and corrosion inside water storage tanks and silos, ensuring structural integrity and reducing contamination risks
• Manufacturing involving sensitive products and equipment such as food or pharmaceuticals that need protecting
• Preventing corrosion on ship interiors such as machinery spaces, ammunition stores and living quarters
• Water damage recovery
• Hospitals, laboratories, and data environments
• Their main role is to protect materials, maintain schedules, and prevent moisture-related damage.

Industrial refrigerant dehumidifiers remove moisture by cooling the air and extracting water, making them ideal for general drying. Desiccant dehumidifiers use a moisture-absorbing rotor, allowing them to perform exceptionally well in cold or unheated environments.

It contains substances such as silica gel (the desiccant) which are particularly good at absorbing water from the air. The air is drawn into the machine and passes by a rotating wheel which contains the desiccant before returning the air back into the room.

Desiccant dehumidifiers are suitable for cold and unheated areas because it will continue to extract moisture from the air, even in cold conditions.

It draws in air from the room, the air is then passed over a chilled coil, which condenses the water out of the air, before the dry air is forced back into the room. Needless to say, similar to an air conditioning unit, it works best when windows and doors are closed (or the room is sealed). A commercial or industrial dehumidifier works in the same way as a residential one, it is just designed to be larger, more powerful and more robust to cater for larger spaces.