Architects and builders know that a building's exterior is more than just looks. It's about designing a strong, lasting structure. Discover how modern rainscreen cladding systems achieve top performance and durability in residential and commercial structures.
Climate-Shield Wood Rainscreen System with Mataverde FSC Machiche Wood Cladding
This article highlights the advantages of modern rainscreen systems, like Climate-Shield, versus traditional methods using furring strips to improve moisture control, energy efficiency, and durability, and how it can result in cost savings and increased sustainability.
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A rainscreen cladding system is a smart design that protects a building's outer walls. It creates a space between the outer layer of the building and the visible siding. This space helps manage moisture, keeps the building energy-efficient, and extends the life of the structure.
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Most conventional rainscreen siding designs use furring strips, which are pieces of wood attached to the wall. The builder then attaches the siding to the furring strips. While common, these strips can cause problems.
In this style of rainscreen installation, moist air or water can only escape through the very top and bottom of the siding. The furring strips themselves create corners and compartments behind the siding where moisture can get trapped, creating the potential for mold and rot.
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Diagram of wood furring strips for standard rainscreen installation, courtesy of @HammerandHand.com. |
Example of a typical multi-layered wood furring strip grid used behind vertical rainscreen installation. |
"Thermal bridging" is when heat or cold easily moves through a material. Think of it like a bridge for heat. Traditional wood siding allows heat to move through the entire wall.
Wood or metal furring strips reduce this problem versus traditional siding but heat still moves through the strips. On average, thermal strips at 16" center allow for 16% thermal bridging.
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For both residential and commercial architects and builders, the advantages are significant.
Improved Energy Efficiency: Climate-Shield can help keep buildings cooler in summer and warmer in winter, reducing energy costs.
Better Moisture Control: By eliminating furring strips, Climate-Shield prevents trapped moisture buildup in corners and behind strips, reducing the risk of mold and rot.
Design Flexibility: With Climate-Shield, architects can use wood siding in various ways. The system allows horizontal, vertical, or diagonal patterns. It also makes wood soffits and custom details simpler to install.
Cost and Time Savings: Climate-Shield is easier and faster to install compared to wood furring strips, saving time and labor costs.
Reduced Risk: Less moisture means less chance of problems, reducing callbacks.
Sustainability: By allowing wood siding to breathe and preventing decay, Climate-Shield Rainscreen extends the lifespan of the wood siding. This also reduces the need for repairs and replacement. Therefore, the system contributes to sustainable building practices and reduces environmental impact.
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Climate-Shield Passive Layer Diagram |
Climate-Shield Moisture Management Diagram |
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For architects and builders who want to create high-quality, long-lasting buildings, the Climate-Shield rainscreen cladding system is a smart choice. It offers a modern solution to common building problems, resulting in structures that are both beautiful and durable. This advanced rainscreen siding design sets a new standard for building performance.