Joseph Giles - Linear Knurl Hardware

The Montgomery Linear Knurled collection, inspired by Bauhaus design principles, introduces a new level of linear texture to the Montgomery aesthetic.

Influenced by the principles of the Bauhaus design movement, Joseph Giles crafted the Montgomery range with a focus on clean lines and simplicity. This design philosophy led to the creation of a cylindrical handle with a clasped stem, accented by inset circular motifs at each end, resulting in a design that blends strength and sophistication.

Joseph Giles Montgomery Linear Knurled collection features a solid brass T-bar, Cabinet Knob, and Cabinet Pull Handle. These pieces embrace the Bauhaus ethos of form following function, with the Linear Knurl details adding both visual interest and a pleasing tactile experience.

Joseph Giles - Montgomery Solid Brass Cabinet Pull with Linear Knurl

Joseph Giles - Montgomery Solid Brass T-Bar Cabinet Pull with Linear Knurl.
The T-bar includes a nifty locating pin for stable installation in horizontal or vertical orientations.

Taking inspiration from Bauhaus principles, the Montgomery Linear Knurled collection offers a Lever door handle with a Linear Knurl grip for doors. This handle combines design and functionality and is available in various configurations to suit different door functions.

Joseph Giles provides comprehensive technical guides to ensure these handles meet your precise design and functional needs, reflecting the spirit of the Bauhaus movement's emphasis on simplicity and utility.

Joseph Giles Locks & Latches are available in Light, Medium, and Heavy-Sprung options. To ensure the best performance for this LV1195 Lever Handle design, we recommend using a Heavy-Sprung Latch.

ANTIMICROBIAL BRASS

Did you know that the surfaces of copper and its alloys, such as brass and bronze, are antimicrobial?

They have an inherent ability to kill a wide range of harmful microbes relatively rapidly
– often within two hours or less – and with a high degree of efficiency. These antimicrobial properties have been demonstrated by an extensive body of research. The research also suggests that if touch surfaces are made with copper alloys, the reduced transmission of disease-causing organisms can reduce patient infections in hospital intensive care units (ICU) by as much as 58%.