Specifying Custom brass arched bathroom mirror Supplier for Wholesale and OEM Orders

Scope of Supply and Physical Form

Retail-ready bathroom mirrors require specific dimensional tolerances to fit standard vanity heights and wall configurations. A standard custom arched profile typically ranges from 600mm to 1200mm in height, with frame widths varying between 15mm and 50mm depending on the structural requirements. The glass substrate usually utilizes 5mm silvered glass, which resists the clouded edges—or black spotting—common in low-grade bathroom environments.

Wholesale orders must account for the mounting hardware integration. We provide French cleat systems for heavy-duty units or D-ring--backs for flush-mount installations. The weight of the brass frame significantly impacts the load-bearing requirements on the wall studs, a critical factor for private-label buyers to communicate to their retail-level installers.

How It Is Built and What That Changes

The frame construction dictates the mirror's longevity under torque. Extruded brass profiles offer a consistent wall thickness and lower weight, which reduces shipping costs for bulk retail shipments. Conversely, sand-cast brass allows for ornate detailing but increases the mass-per-unit and requires more robust cooling cycles to prevent internal stresses. The glass is bonded to the frame using neutral-cure silicone; this specific adhesive prevents the acids of moisture from reaching the silvered backing, which is the primary cause of 80% of bathroom mirror failures.

Assumptions Buyers Should Stop Making

Another common misconception is that all brass finishes are corrosion-resistant. In high-humidity zones, standard electroplating will pit within 24 months. Specifying a Physical Vapor Deposition (PVD) coating creates a molecular-level bond that is significantly more resistant to the alkaline agents found in common cleaning cleaners.

Customisation Options and Their Limits

Care, Storage and Service Life

Service life for a brass-framed mirror is determined primarily by the seal integrity. In a standard ventilated bathroom, a PVD-coated frame can exceed 15 years before visible degradation. Failure usually occurs when end-users use abrasive cleaners that micro-scratched the protective layer, facilitating galvanic-corrosion at the metal-glass interface.

Storage during transit requires moisture-controlled environments to prevent condensation between the glass and the metal frame. If moisture is trapped during the assembly process, the silvering will oxidize from the edges inward, a non-reversible defect that no-level buyer cannot mitigate.