How a Furniture Exporter Eliminated Moisture Damage with Inpat's Complete Moisture Prevention Solution
Industry :

Furniture Manufacturing

Country :

Malaysia

Export Destination :

United States

Shipping Method :

40ft High Cube Ocean Container

Customer Background :

A leading Malaysian furniture manufacturer exports premium wooden furniture to customers in the United States. Despite using quality packaging materials and carefully selecting shipping containers, the company repeatedly faced moisture-related issues during long-distance ocean transportation.

These issues affected product quality, increased operational costs, and resulted in customer complaints.

The Challenge :

During several shipments, customers reported:

• Wet cartons upon arrival
• Mould growth on wooden furniture
• Water droplets forming inside the shipping container
• Product quality deterioration
• Increased replacement and warranty claims

Initially, the customer believed the shipping containers were leaking.

However, replacing containers did not solve the problem.

Inpat Technical Investigation :

To identify the root cause, Inpat's technical team conducted a comprehensive Moisture Risk Assessment before shipment.

Our investigation found:

• The shipping container was structurally sound with no signs of roof leakage.
• Wooden furniture moisture content remained within acceptable specifications.
• The shipment would travel approximately 38 days across tropical and temperate climate zones.
• Significant temperature fluctuations during transit would create condensation inside the container.

After evaluating all contributing factors, our engineers concluded that the primary cause was Container Rain, not external water leakage.

Inpat Moisture Prevention Solution :

Rather than recommending a single desiccant, Inpat designed a complete moisture protection strategy covering both the products and the container environment.

Product-Level Protection

Inpat Max 25g

Installed inside selected product cartons to absorb residual moisture trapped within individual packaging.

Inpat Max 50g

Placed inside larger cartons and master cartons to maintain low humidity throughout transportation and storage.

Container-Level Protection

Inpat Max 1000g Container Desiccant

Installed along the container roof using the recommended L-shaped configuration.

This solution:

• Absorbed excess humidity inside the container
• Prevented condensation from forming on the container ceiling
• Reduced the risk of water droplets damaging cargo
• Converted absorbed moisture into leak-resistant gel for safe containment

Results :

Following implementation of the complete Inpat moisture prevention system, the customer experienced significant improvements:

✔ No container rain observed

✔ Cartons remained completely dry throughout shipment

✔ No mould growth on wooden furniture

✔ Improved product appearance upon arrival

✔ Zero moisture-related customer complaints

✔ Greater confidence when exporting to overseas markets

Due to these successful results, the customer adopted the same moisture prevention procedure for all future export shipments.

Why This Solution Worked :

Many exporters focus only on protecting the shipping container.

However, moisture can originate from multiple sources, including:

• The product itself
• Packaging materials
• Air trapped inside cartons
• Humid air within the shipping container

By combining Inpat Max 25g, Inpat Max 50g, and Inpat Max 1000g Container Desiccants, humidity was controlled at every stage—from individual product packaging to the entire container environment.

Products Used :

Case Study Summary :

Expert Insight

"Effective moisture prevention goes beyond placing a desiccant inside a shipping container. Moisture can exist within product packaging, master cartons, and the container itself. A multi-layer moisture control strategy helps exporters significantly reduce the risk of condensation, mould growth, and cargo damage during international transportation."