Roll-up transverse grille PMU 17x260 oil-finished beech, U-profile natural AZAPMU01726002N5

Concealing Grille for Channel Heaters – Aesthetics and Functionality

The PMU 17x260 sliding transverse grille is a practical and elegant solution for concealing channel heaters. Made from oil-finished beech wood slats combined with a natural-finish U-profile, it seamlessly integrates with various interior designs. Its primary purpose is to aesthetically conceal a floor-integrated heater while ensuring unrestricted airflow.

Construction and Installation

The grille features a decorative U-profile that visually frames the heater, highlighting its shape and adding visual character. The U-profile covers the edge of the heater’s casing, which is especially important when precise finishing and an elegant appearance are desired. Installation is simple and intuitive: the U-profile is supplied in pre-cut segments matching the grille, and is mounted along the edges of the heater casing during installation. For permanent fixation, silicone adhesive is recommended.

Durability and Warranty

By choosing the PMU 17x260 grille, you invest in a high-quality product backed by a 10-year warranty from the date of sale. This ensures long-term performance without loss of aesthetic or functional value. Note that the maximum length of the U-profile finish strip is 390 cm—longer sections are assembled from multiple segments, providing flexibility to adapt to various heater sizes.

The grille, crafted from oil-finished beech wood, ensures durability and a refined appearance. The natural-finish U-profile enhances the visual lines of the channel heater. Installation is simplified by pre-cut U-profile segments ready for mounting; silicone adhesive is recommended for secure bonding. The product is covered by a 10-year warranty. Maximum U-profile length: 390 cm (longer sections are assembled from segments). This grille offers the ideal solution for concealing floor-integrated channel heaters, delivering a polished, seamless finish to your heating installation.