13/12/25

Why You Need Georgian Bars and How to Choose Them

Georgian bars are elegant decorative strips that transform a regular PVC window into an architectural accent. They create the illusion of a classic glazing bar, dividing the glass into segments — yet they don’t affect the window’s functional properties such as thermal insulation, soundproofing, or strength.

There are two main types of Georgian bars:

• Internal (between‑glass) Georgian bars — integrated inside the insulating glass unit during manufacturing. They are airtight, require no maintenance, don’t get dirty, and last for decades. The downside: the pattern can’t be changed after installation.
• External (surface‑mounted) Georgian bars — attached to the glass from the outside or inside using adhesive or clips. They can be installed after the window is in place, allowing you to change or remove the pattern. However, they require regular cleaning and may eventually come loose.

When choosing Georgian bars, consider several factors.

First, the style of the interior and facade:

• for classic and country styles, cross‑shaped or arched patterns and wood‑look tones work well;
• in modern interiors, geometric patterns (squares, rhombuses) in white, anthracite, or metallic finishes look striking.

Second, the width of the strips — from 8 mm to 45 mm. Thin strips create a delicate effect, while wider ones produce a more pronounced pattern.

Third, the color: usually matched to the profile color or used as a contrasting accent. Request samples beforehand to evaluate the shade under different lighting conditions.

Don’t forget about practicality. Surface‑mounted Georgian bars make glass cleaning more difficult, and overly dense patterns may fragment the view from the window, creating a grille effect. Internal Georgian bars are more expensive but more durable and maintenance‑free.

The golden rule: decor should complement, not overshadow, the architecture. Well‑chosen Georgian bars will add sophistication to your window without sacrificing comfort and functionality.