Our Number-25 Sash Chain is typically used for counterbalance systems on double-hung windows. Made of rust-resistant solid brass, it is a decorative and more sturdy alternative to standard cord options. Ideal for new construction, or for replacing a worn or damaged system.

Our Number-25 Sash Chain is typically used for counterbalance systems on double-hung windows. Made of plated steel, it is a decorative and more sturdy alternative to standard cord options. Ideal for new construction, or for replacing a worn or damaged system.

This solid-brass casement stay delivers smooth function and long-lasting wear. The traditional-style, knurled knob lets you open, close, and secure your vintage, outswing casement windows with ease. With beveled mounting plates and your choice of six popular finishes, it’s suited for any décor. And, it’s reversible for left or right handing.

This Large Casement Latch is made of solid, non-corrosive brass. The handle and base are riveted for extra strength, making it a fine choice for large or hard to close windows. It comes in a variety of popular finish options to match any decor. Includes three strike plate options.

This premium, solid-brass casement stay delivers smooth function and long-lasting wear. The traditional-style, knurled knob lets you open, close, and secure your vintage, outswing casement windows with ease. With beveled mounting plates and your choice of five popular finishes, it’s suited for any décor. And, it’s reversible for left or right handing.

Our Number-45 Sash Chain is typically used for counterbalance systems on double-hung windows. Made of rust-resistant solid brass, it is a decorative and more sturdy alternative to standard cord options. Ideal for new construction, or for replacing a worn or damaged system.

Our number 45 Sash Chain is typically used for counterbalance systems on double-hung windows. Made of plated steel, it is a decorative and more sturdy alternative to standard cord options. Ideal for new construction, or for replacing a worn or damaged system.