K&Kglass Decoratrive acidetched frameless doors
K&Kglass Decoratrive acidetched finger on glass
K&Kglass Decoratrive acidetched buidling facade

Acid-etched glass is a type of decorative glass that has been treated with an acid solution to create a frosted, matte finish on the surface. The acid removes a thin layer of glass to create a textured appearance, while also reducing the transparency of the glass. This process can be used to create various designs or patterns on the glass, making it suitable for decorative and privacy applications. Acid-etched glass is commonly used in interior design and architecture, such as in shower enclosures, partitions, and furniture. It is also available in different levels of opacity, allowing for varying degrees of privacy while still allowing light to pass through.

 

Features:

  • Textured surface that obscures or partially obscures the view through the glass
  • Available in various patterns and textures, including frosted, etched, and sandblasted finishes
  • Can be used in applications where privacy is desired
  • Can be used for both decorative and functional purposes

Benefits:

  • Provides privacy while still allowing natural light to enter a space
  • Offers decorative value and a unique, textured appearance, adding visual interest to a space
  • Suitable for use in areas such as bathrooms or entryways, shower enclosures, partitions, and furniture
  • Can be used either as a single pane or in conjunction with K&K performance Insulating Glass Units (IGUs) to enhance energy efficiency. Additionally, it can also be laminated to provide increased safety and noise reduction

 

Product Specification

Applications

  • Windows for privacy and decoration
  • Shower and bath enclosures
  • Interior partitions
  • Door inserts
  • Wall panels and wall features
  • Lead lighting
  • Balustrades
  • Louvres
  • Furniture

Considerations

Acid Etched can be cut and processed, toughened, laminated or fabricated into K&K performance range of insulating glass units to significantly improve the performance, energy efficiency and noise reduction.