Pewter Cromwell Lever Lock Set

Inspired by our Tudor range, but with a sleek straight lever to give a more contemporary edge.

Features:

• Contemporary Design: The Pewter Cromwell Lever Lock Set combines elements from the Tudor range with a modern twist, featuring a sleek straight lever design for a contemporary aesthetic.
• Versatile Style: Blending classic and contemporary, this lock set is suitable for a wide range of interior styles, making it adaptable to various decor themes.
• Functionality and Security: Designed to offer both functionality and security, making it an ideal choice for entrance doors and interior doors alike.
• Inspired by Tudor Period: Drawing inspiration from the Tudor period, this lock set captures the essence of historical charm while embracing contemporary preferences.
• Ergonomic Lever: The straight lever design offers a comfortable grip and smooth operation, enhancing the overall user experience.
• Pewter Finish: The pewter finish lends an elegant and timeless look, complementing the blend of traditional and modern design elements.
• High-Quality Craftsmanship: Crafted with attention to detail and durability in mind, ensuring longevity and reliable performance.
• Easy Installation: Designed for convenient installation, suitable for DIY enthusiasts and professional setups.
• Complete Set: The set includes all necessary components for a complete locking solution, including handles, escutcheons, and locking mechanism.

Specifications:

• Product Type: Pewter Cromwell Lever Lock Set
• Design: Contemporary design with straight lever and Tudor-inspired elements
• Style: Blend of classic and modern aesthetics
• Function: Designed for functionality and security
• Inspiration: Inspired by the Tudor period with a modern edge
• Lever Design: Straight lever for comfortable grip
• Finish: Pewter finish for an elegant look
• Craftsmanship: High-quality construction for durability
• Installation: Easy installation for DIY or professional setups
• Components: Includes handles, escutcheons, and locking mechanism