Metal C | 01-3756

Description

Metal C | 01-3756

The Metal C-Section Framing Series (01-3756) consists of premium heavy-duty architectural stud framing profiles engineered to build robust, straight, and structurally sound framing systems for drywall partitions, false ceilings, and interior wall paneling layouts. Featuring a precise structural cross-section measuring 75 mm $\times$ 38 mm with a material thickness of 0.5 mm, these continuous framing components provide exceptional load-bearing performance and resistance against deflection or warping over time. Precision-engineered in a standard length of 3 Meters, the collection is available in two distinct structural surface profiles: a standard smooth Metal C-Section for classic framing applications and a Metal C-Dotted Section featuring a knurled/dimpled texture. The dotted design reduces screw slip, improves thermal performance, and enhances mechanical grip during drywall installation. They represent the ultimate choice for establishing a durable, straight framework for modern interior partitions and professional office or residential wall configurations.

Key Features:

• Optimized 75x38mm Structural Geometry: Engineered with precise dimensions to serve as a high-strength vertical stud or horizontal track layout in commercial and residential framing systems.

• Premium Structural Stability: Crafted with a precise 0.5 mm material thickness to deliver an excellent strength-to-weight ratio, ensuring the framework remains straight and twist-free.

• Innovative Texture Variations: Available in a standard flat C-section configuration or a knurled C-Dotted Section designed to maximize mechanical screw grip and suppress sound transmission across drywall panels.

• Rust & Corrosion Protection: Manufactured with a protective metallic layer to resist moisture exposure and humidity variations within interior ceiling and wall cavities.

• Uninterrupted 3-Meter Run: Provided in standard 3M linear tracks to accommodate standard interior ceiling heights smoothly and easily, minimizing material waste and cutting requirements.

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