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Basements

To effectively control the climate in a basement, it's important to manage heating, cooling, and humidity. For heating, you might extend your existing HVAC system or use portable heaters for localized warmth. For cooling, window air conditioners or ductless mini-split systems work well—particularly in smaller basements. To regulate moisture levels, a reliable dehumidifier is essential for preventing dampness and maintaining air quality.

Breweries

From compact condensation dehumidifiers to high-performance industrial dryers – maintain optimal humidity levels in your breweries.

Protect your fine wines, beers, and spirits from mould, bacteria, and musty odours. Create the perfect environment for hygiene, fermentation, and long-term preservation with our industry-leading range of climate control solutions.

Cellars

Effective climate control is essential in cellars—especially wine cellars—to preserve the quality and longevity of stored items. For wine, the ideal environment typically includes a stable temperature of 12–14°C (54–57°F) and humidity levels between 65–70%. Achieving these conditions often requires the use of specialised heating, cooling and dehumidification products designed to regulate both temperature and humidity with precision.

Classic Car Storage

Climate control is essential for preserving classic cars, as it helps protect against the harmful effects of temperature and humidity fluctuations. Keeping the environment stable—ideally at 45–55% relative humidity and a consistent temperature—prevents rust, corrosion, and the degradation of interior materials. Whether in a specialised facility or a properly outfitted garage, climate-controlled storage is vital to maintaining a classic car’s condition and long-term value. We supply a wide range of heaters and dehumidifiers all perfect for this job.

Condensation

To prevent condensation, climate control targets both humidity and temperature regulation. This is achieved through a combination of dehumidification, improved ventilation, and maintaining a stable indoor temperature above the dew point.

Dehumidifiers help reduce moisture levels in the air, minimizing the risk of it settling on cold surfaces. There are two main types: refrigerant dehumidifiers, which cool air over coils to extract moisture, and desiccant dehumidifiers, which use moisture-absorbing materials.

Heating: It's important to maintain a consistent temperature throughout the entire home—not just in individual rooms—to prevent cold spots where condensation is more likely to form.

Construction & Decorating

Effective climate control on construction and decorating sites is essential for regulating temperature, humidity, and air quality. It helps ensure worker safety, protect materials, and support efficient project progress. The use of dehumidifiers, heaters, and ventilation systems helps prevent delays, safeguard building materials, and create a comfortable working environment.

Damp & Mould

To prevent damp and mould, it's important to maintain consistent heating to keep surfaces warm and minimise condensation. Ensure proper ventilation throughout the space, and consider using our range of dehumidifiers to help reduce humidity levels. A healthy indoor temperature typically ranges between 18–22°C—aim for around 21°C in living rooms and 18°C in bedrooms for optimal comfort and moisture control.

Data Centres

Climate control systems in data centres are critical for managing temperature, humidity, and airflow—ensuring that IT equipment operates efficiently and is protected from overheating or environmental damage. These systems typically incorporate a mix of air and liquid cooling methods. Such as dehumidifiers and cooling products like air conditioners.

Drying Rooms

To effectively dry clothing and equipment, a drying room must maintain low ambient relative humidity. This allows moisture to evaporate efficiently from wet items into the surrounding air. However, maintaining these conditions can be challenging—especially in environments that may be empty one moment and filled with wet, dripping gear the next.

A drying room dehumidifier plays a critical role by continuously removing moisture from the air, enabling ongoing evaporation from clothing and equipment.

Factories

Maintaining climate control in factories is essential for creating a safe and comfortable work environment, optimising production efficiency, and safeguarding sensitive equipment. This process involves regulating temperature, humidity, and air quality to provide ideal conditions for both employees and machinery. Proper climate control involves, heaters, dehumidifiers, and air conditioning which in turn enhances product quality, lowers operational costs, and helps meet industry compliance standards.

Food & Drink Production

Effective climate control is crucial in food and beverage production to maintain product safety, quality, and consistency. This involves regulating temperature, humidity, and air quality at every stage of the process - from ingredient storage to final packaging.

By adopting robust climate control measures that include dehumidifiers, heater, air purifiers and air conditioners manufacturers can safeguard product integrity, enhance overall quality, and boost operational efficiency.

Garages

To build a climate-controlled garage, prioritise insulation, ventilation, and temperature management. Start by insulating the walls, ceiling, and doors to keep the temperature stable. Ensure good airflow with fans and dehumidifiers to reduce moisture and prevent stale air. For temperature control, consider installing heating and cooling systems such portable air conditioning units. Using a dehumidifier can also help regulate humidity levels effectively.

IT & Electronics

Climate control for IT and electronic equipment maintain ideal operating conditions to ensure reliable performance and extend the lifespan of devices. Our products regulate temperature, humidity, and airflow within enclosures or data centres with air conditioning, dehumidifiers and fans. Proper climate control is essential to prevent overheating, moisture buildup, and other environmental issues that can cause equipment failure.

Lofts & Attics

Efficient climate control in lofts and attics involves a balanced approach using insulation, ventilation, and, when necessary, air conditioning and dehumidification. High-quality insulation in the roof and walls acts as a thermal barrier, minimising heat transfer and helping to maintain a stable indoor temperature. Ventilation—either natural or mechanical—plays a key role in removing excess heat and moisture. In situations where additional cooling is required, air conditioning can offer effective, targeted relief.

Manufacturing

Effective climate control in manufacturing is essential for maintaining ideal conditions that support product quality, employee comfort, and operational efficiency. This process involves regulating temperature with air conditioning, humidity utilising dehumidifiers, and air quality with air purifiers to create an environment conducive to both production activities and workforce well-being.

Pharmaceutical

Climate control in the pharmaceutical industry is crucial for maintaining product quality, safety, and efficacy. It involves precisely controlling temperature, humidity, and air quality using commercial air conditioners, industrial dehumidifiers and heating and to prevent degradation, contamination, and ensure optimal storage and manufacturing conditions. This includes maintaining specific temperature ranges, controlling humidity to prevent moisture-related issues, and filtering air to eliminate contaminants. 

Storage & Preservation

Climate control in storage and preservation relies on HVAC components such as dehumidifiers, heaters, and air purifiers to maintain stable temperature and humidity levels. This stability is vital for safeguarding sensitive items from damage caused by moisture and temperature fluctuations. A controlled environment helps prevent issues like warping, cracking, mould growth, and corrosion.

Warehouses

Climate control in warehouses involves regulating temperature and humidity to protect stored goods and ensure a comfortable environment for workers. This is accomplished using systems such as heaters, dehumidifiers, fans, air purifiers, and insulation. The level of control needed depends on the type of goods being stored—some require precise temperature and humidity management, while others may only need basic temperature regulation.

Water Damage Restoration

Climate control in water damage restoration is centred on eliminating excess moisture and maintaining ideal environmental conditions to prevent additional damage and accelerate the drying process. This is achieved using dehumidifiers, air movers, water pumps, and occasionally heaters to effectively regulate humidity and temperature.

Workshops

Climate control in workshops is essential for ensuring worker comfort, extending equipment lifespan, and preserving materials. Depending on the size of the space, solutions can range from basic electric heaters and fans to advanced systems such as heat pumps, radiant heating, or warm air units. Dehumidifiers also play a key role in controlling humidity levels, helping to prevent rust, corrosion, and material warping.

Heritage Sites

Climate control for heritage sites aims to maintain balanced environmental conditions that protect both the structure and its contents, while honouring the site's historical integrity. This requires careful regulation of temperature, humidity, and ventilation to prevent damage from moisture, fluctuations, and pests—all while minimising any alterations to the building’s original fabric and appearance. Pest control heaters, dehumidifiers, fans all hep with Heritage sites.

Shipping Containers

Climate control for shipping containers focuses on regulating temperature, humidity, and airflow to safeguard cargo from spoilage or damage. This is accomplished through methods such as insulation, ventilation, air conditioning, and dehumidification. Incorporating smart technology enhances these systems by allowing remote monitoring and real-time adjustments based on sensor data.

Museums & Galleries

Climate control in museums and galleries is crucial for preserving exhibits. Dehumidifiers, heaters and fans. Maintaining stable temperature and humidity levels, typically between 18 - 22°C and 40 - 60% RH respectively, is essential to prevent damage from fluctuations. These conditions help prevent issues like mould growth, material degradation, and pest infestations.