Frelan Hardware Parisian Covered Standard Profile Escutcheon, Satin Nickel

Product Details

• Part of the Parisian range from Frelan Hardware
• Finish: Satin Nickel
• Dimensions: 42mm Diameter, 23mm Fixing Centres
• Supplied In And Sold In Singles

This product is designed to act as a key hole cover for any British standard sash lock or dead lock

For use with all Parisian Lever and Mortice furniture (see related products)

Complete your door design with the refined charm of the Frelan Hardware Parisian Covered Standard Profile Escutcheon in satin nickel. Designed for standard UK mortice keyhole locks, this escutcheon blends classical European styling with the sleek sophistication of a modern satin finish.

Part of Frelan’s elegant Parisian collection, this escutcheon features ornate beaded edging and a hinged cover that conceals the keyhole, ensuring a clean, elegant appearance while offering additional protection from dust and wear. The satin nickel finish gives it a soft, matte sheen that complements a wide range of interior styles—from traditional to transitional and even minimalist settings.

Key Features:

• Standard profile – suitable for UK mortice keyhole lock mechanisms

• Decorative hinged cover – discreetly hides the keyhole when not in use

• Satin nickel finish – smooth, fingerprint-resistant, and contemporary

• Elegant Parisian detailing – classic beading with timeless character

• Made from high-quality, corrosion-resistant materials

• Supplied with matching fixings for fast and easy installation

• Ideal for internal and external wooden doors

• Matches Frelan satin nickel handles and door accessories for a cohesive look

This escutcheon is more than decorative—it’s also highly functional. The cover not only enhances the door’s overall appearance but also helps protect the keyhole from debris and ensures a tidier look, especially in high-traffic or frequently used areas.

🛒 Add timeless detail with modern flair — choose the Frelan Parisian Covered Escutcheon in satin nickel for lasting style and function.