Moisture Protection for Export Shipments
A dosing method for cargo that crosses climate zones — what to use, how much, and where to put it.
5-step method
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What to use, how much of it, and where to put it.
Products are the easy part. These pages set out the method for thirteen common moisture problems — the sequence, the dose, and the products that actually suit each job.
Solutions or industries? A solution page answers “what do I use and how much?”
A industry page answers “what is at risk in my sector and what compliance applies?”
Most buyers need both, and they cross-link.
Container Moisture Control
Stopping container rain with calcium chloride systems sized to the box and the voyage.
5-step method
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Pharmaceutical Packaging Protection
Desiccant formats that survive validated lines and satisfy documentation requirements.
5-step method
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Electronics Moisture Protection
Dry packing that meets moisture sensitivity level procedure, with the evidence to prove it.
5-step method
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Industrial Equipment Protection
Breathers and adsorbent beds for plant that breathes humid air on every thermal cycle.
5-step method
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Metal & Engineering Product Protection
Keeping bare machined surfaces above the corrosion threshold in crates and long-term store.
5-step method
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Food & Beverage Packaging
Food-contact desiccants and oxygen scavengers for dry commodities and agri export.
5-step method
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Textile & Leather Protection
Mould, staining and odour prevention for organic goods in sealed containers.
5-step method
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Automotive Component Protection
Two-level protection for machined parts, assemblies and CKD kits moving between plants.
5-step method
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Electrical & Electronic Components
Protection for switchgear, motors, cabinets and installed electrical assemblies.
5-step method
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Military & Defence Packaging
Multi-year preservation packaging that survives storage without servicing.
5-step method
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Aerospace Applications
Dew-point-specified protection for avionics, optics, composites and long-held spares.
5-step method
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Storage & Warehouse Protection
Controlling humidity at building scale so every carton does not have to be over-dosed.
5-step method
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The common thread
Four questions settle almost every application
How much water?
A carton is a silica gel problem. A container is a calcium chloride problem. Getting this wrong is the most expensive error in the field.
How dry?
Silica gel works between 30% and 90% RH. Below that, molecular sieve. A dew-point specification is usually the signal.
At what temperature?
Clay outperforms silica gel when it is cold, and costs less. Cold chain and winter storage often favour it.
Does anyone need to see it?
Indicating gel buys information, not performance. Worth it on a breather; wasted inside a sealed carton.
Talk to our experts
Tell us what you are protecting — we will specify the rest.
Send us the product, the enclosure, the route and the storage period. You will get a desiccant type, a dose and a format back — not just a price list.