Wood Knobs for Harvia glass sauna door, set of 2 (2" diam. x 2 3/8") provide a refined and tactile interface for modern tempered glass entrances, ensuring a safe and comfortable grip in high-heat environments. These circular pulls are crafted from premium timber, chosen for its low thermal conductivity which prevents the hardware from becoming too hot to handle during intense sessions. Each two-inch diameter component is specifically engineered to fit through standard glass door bores, offering a symmetrical and balanced aesthetic for both the interior and exterior of your sanctuary. The natural wood grain provides a warm contrast to sleek glass surfaces while resisting the warping and degradation typically caused by fluctuating humidity. By installing this matched pair, you secure a reliable point of contact that facilitates smooth operation and effortless entry. These durable wooden accents serve as a practical upgrade for any wellness space, combining timeless craftsmanship with the functional reliability required for frequent thermal cycles.
Wood Knobs for Harvia glass sauna door, set of 2 (2" diam. x 2 3/8") provide a refined and tactile interface for modern tempered glass entrances, ensuring a safe and comfortable grip in high-heat environments. These circular pulls are crafted from premium timber, chosen for its low thermal conductivity which prevents the hardware from becoming too hot to handle during intense sessions. Each two-inch diameter component is specifically engineered to fit through standard glass door bores, offering a symmetrical and balanced aesthetic for both the interior and exterior of your sanctuary. The natural wood grain provides a warm contrast to sleek glass surfaces while resisting the warping and degradation typically caused by fluctuating humidity. By installing this matched pair, you secure a reliable point of contact that facilitates smooth operation and effortless entry. These durable wooden accents serve as a practical upgrade for any wellness space, combining timeless craftsmanship with the functional reliability required for frequent thermal cycles.