Tobacco Production Humidification

Get advice on tobacco humidity control

Benefits

Tobacco leaves, cut tobacco and paper are all extremely hygroscopic which means that they give up their moisture to the surrounding environment if the air is too dry. Humidification is critical for success.

Reduce weight loss

If tobacco loses weight, it's market value is reduced, minimising profits.

Maintain quality

Dry air causes tobacco's properties to degrade resulting in brittleness, flaking, splitting and tearing.

Maximise production efficiency

Reduced wastage maximises production and processing speeds.

Humidification in tobacco manufacturing
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Optimal tobacco quality

During both primary and secondary production stages, tobacco needs the correct humidity to maintain quality. This is typically between 60-70%RH. Any lower than 60%RH and tobacco will lose moisture content, reducing weight, quality and impacting on manufacturing processes.

Minimise static

Electrostatic charges can be a problem for manufacturing speeds and efficiency. Condair supports tobacco manufacturers by humidifying manufacturing plants to above 50%RH, eliminating the risk of static build up. This also applies to paper-handling facilities, where static can create downtime as paper could stick together or not feed properly.

Innovative solutions for unique processes

With decades of experience optimising the indoor environment for tobacco manufacturers around the globe, Condair is best-placed to provide a different perspective. With a wide range of humidity control technologies, Condair's experts can help to achieve customer specifications, lower energy costs and provide low maintenance solutions.

Downloads

Download an application brochure giving a detailed look at the importance of humidification in the tobacco industry.

Application brochure

Tobacco Humidification document · 2.2 MB
See all downloads

Frequently asked questions

What is the ideal humidity level for tobacco manufacturing?
Why is humidity control important in tobacco production?
What happens if humidity falls below 50%RH?
Get free expert advice

If you want to explore your options for humidity control, Condair's expert sales engineers will visit your site, review your project and talk you through their recommendations.

Alternatively, if you would prefer a call or online meeting, our team are always happy to discuss possible solutions and offer free technical advice.

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JetSpray

The combination of compressed air and water allows the JetSpray to provide rapid moisture evaporation without any risk of wetting. Its fully modulating output offers very accurate humidity control at ±2%RH. The JetSpray’s fan-free, robust design and self-cleaning nozzles make it ideal for dusty industrial settings. It works effectively with mains or demineralised water and in cold temperature areas.
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Condair ML in-room humidification

High performance and robust for a wide range of different applications
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Prevent evaporative losses

Organic materials have an internal moisture content and will lose moisture to the atmosphere when exposed to air with a low humidity. Humidifiers are used to create an environment with perfect balance between the material’s internal moisture content and the air’s relative humidity.
read more

JetSpray

The combination of compressed air and water allows the JetSpray to provide rapid moisture evaporation without any risk of wetting. Its fully modulating output offers very accurate humidity control at ±2%RH. The JetSpray’s fan-free, robust design and self-cleaning nozzles make it ideal for dusty industrial settings. It works effectively with mains or demineralised water and in cold temperature areas.
read more

Condair ML in-room humidification

High performance and robust for a wide range of different applications
read more

Prevent evaporative losses

Organic materials have an internal moisture content and will lose moisture to the atmosphere when exposed to air with a low humidity. Humidifiers are used to create an environment with perfect balance between the material’s internal moisture content and the air’s relative humidity.
read more