Saving trees one steel plank at a time

By Jonny Suchor

Bellara Plank is the premier choice for realistic woodgrain steel siding.

For over 90 years, Vicwest has been at the top of architectural design and construction, mastering the art of blending style, sustainability and durability. As North America’s metal structure experts, they have engineered and manufactured metal roofing and wall systems that can withstand even the harshest climates. Their latest innovation, the Bellara Plank, is designed to transform ordinary spaces into extraordinary places.

Bellara Plank steel siding series emerges as the essential choice for both residential and commercial contractors. But it's not just about the appearance. In an era where sustainability is not just appreciated but expected, Bellara Plank stands out. Crafted to emulate the natural beauty of wood, their steel siding provides that hyper-realistic woodgrain finish without the environmental impact of cutting down trees. Its beauty allows home and building owners to enjoy the warm aesthetics of wood with the peace of mind that comes from making an eco-friendly choice.

One of the key features that sets Bellara Planks apart includes their unmatched versatility, which is suitable for accent walls and full envelope projects. Available in two sizes, these vertical 12-foot planks can be installed vertically or horizontally. They also come in a variety of prints and colors that can match any property owner's aesthetic.

Other benefits that set Bellara Plank apart from other metal siding options are the hidden fasteners which have a sleek appearance, adding to the seamless beauty of your project. And the color-matched trim system complements the planks perfectly, creating a cohesive look that enhances the overall aesthetic of any structure.

Choosing Bellara Plank means opting for a siding solution that combines the timeless beauty of wood with the resilience and sustainability of steel. It's a choice that signifies a commitment to quality, aesthetic and environmental sustainability.