Designing a Vertical Layout with NewTechWood Outdoor Surfaces

Why Choose a Vertical Layout for NewTechWood Surfaces?

A vertical cladding layout can dramatically alter the perception of a building's height and proportions. It draws the eye upwards, making shorter structures appear taller and adding a dynamic, contemporary feel to any facade. This orientation can also be particularly effective for accentuating specific architectural features, such as entranceways, corners, or sections between windows.

Beyond aesthetics, vertical cladding can sometimes offer advantages in moisture management, allowing water to drain more directly down the wall surface. When combined with a properly designed rainscreen assembly, this can contribute to the overall resilience of the building envelope. NewTechWood's composite material is designed for low maintenance, making it a practical choice for facades where long-term appearance is a priority. (S1)

Substructure Requirements for Vertical Cladding

The foundation of any successful cladding project is a robust and properly installed substructure. For vertical NewTechWood cladding, the battens (or furring strips) must be installed horizontally to provide continuous support for the vertically oriented panels. These horizontal battens create the necessary air gap for ventilation and drainage, which is crucial for a rainscreen system.

The spacing of the horizontal battens will depend on the specific NewTechWood profile chosen and the manufacturer's recommendations. Typically, battens are spaced to align with the fastening points of the cladding panels. It is essential to ensure that the battens are level and plumb across the entire wall surface to provide a flat plane for the cladding. Use treated lumber or a non-corrosive material for battens to prevent rot and extend the life of the assembly. (S1)

Panel Orientation and Fastening

NewTechWood panels are designed to be installed with specific fastening methods, which may include clips or face fastening, depending on the profile. For a vertical layout, each panel will run from the base of the wall upwards. This requires careful alignment and consistent fastening along the length of each panel.

Start the installation from one corner or a prominent architectural feature, working across the wall. Ensure the first panel is perfectly plumb, as this will dictate the alignment of all subsequent panels. Use the recommended fasteners and follow the manufacturer's guidelines for spacing to allow for any material movement due to temperature fluctuations. Consistent spacing between panels, if applicable to the profile, is also vital for a uniform appearance. (S1)

Starting and Finishing Details: Base, Top, and Corners

Proper detailing at the base, top, and corners of a vertical cladding installation is critical for both performance and aesthetics. At the base of the wall, ensure there is adequate clearance between the bottom edge of the cladding and the finished grade or adjacent surfaces. This clearance helps prevent moisture wicking and allows for proper drainage and ventilation within the rainscreen cavity. A starter strip or trim piece is often used to establish this base line and provide a clean finish.

At the top of the wall, where the cladding meets a soffit or roofline, a termination trim or flashing should be installed to protect the top edge of the panels from weather exposure and direct water runoff. For corners, NewTechWood offers coordinating trim pieces that provide a seamless transition and protect the exposed ends of the panels. Alternatively, mitered corners can be created for a clean, modern look, though this requires precise cutting and fitting. (S1)

Worked Example: Cladding a 10-foot by 12-foot Accent Wall

Let's consider cladding a hypothetical accent wall, 10 feet wide and 12 feet high, with NewTechWood vertical panels. Assume the chosen profile is 6 inches wide (0.5 feet) and comes in 12-foot lengths.

First, calculate the number of panels needed for the width: 10 feet (width) / 0.5 feet (panel width) = 20 panels. Since the panels are 12 feet long, they perfectly match the wall height, minimizing waste from length cuts. Each panel will be installed vertically.

Next, determine the substructure. The 12-foot high wall will require horizontal battens at 2-foot intervals. This means battens at 0, 2, 4, 6, 8, 10, and 12 feet from the base. For a 10-foot wide wall, each batten will be 10 feet long. You will need 7 runs of 10-foot battens, totaling 70 linear feet of batten material. Remember to account for any necessary starter strips, corner trims, and top flashing according to the specific NewTechWood system being used. Always add a percentage for waste and future repairs when ordering materials.

Before you order

• Confirm the NewTechWood profile is approved for vertical installation.
• Verify the required horizontal batten spacing for the chosen profile.
• Plan for adequate clearance at the base of the wall for drainage and ventilation.
• Select appropriate trim and flashing for corners, top, and base details.
• Account for material movement by following manufacturer's fastening guidelines.
• Ensure the first vertical panel is perfectly plumb to guide subsequent installation.
• Calculate panel quantities, including waste factor, based on wall dimensions and panel size.
• Determine linear footage of horizontal battens required for the substructure.

Confirm installation details, approved uses and warranty terms in the current instructions for the exact product and profile. Your installer should verify the substrate, structure and applicable project requirements.

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