Specialty Glass Color Guide

Charleston Forge www.CharlestonForge.com Specialty Glass Guide

A mid-Century Modern home in Baltimore, MD with a 2-inch thick, white back-painted Minimal Fusion Glass.

Charleston Forge Specialty Glass Guide

Minimal Fusion Glass

Seascape Fusion Glass

Textured fusion is made by heating glass in a kiln.

Available in four different bottom textures, shown here in Minimal Fusion. Available 1/4”– 3”.

Textured fusion is made by heating glass in a kiln.

Available in four different bottom textures, shown here in Seascape Fusion. Available 1/4”– 3”.

Glacier Fusion Glass

Pebble Fusion Glass

Textured fusion is made by heating glass in a kiln.

Available in four different bottom textures, shown here in Glacier Fusion. Available 1/4”– 3”.

Textured fusion is made by heating glass in a kiln.

Available in four different bottom textures, shown here in Pebble Fusion. Available 1/4”– 3”.

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Clear Glass

Ultraclear Glass

The clarity of glass is determined by its iron content.

Clear glass will, under some conditions, appear to have a green tint.

With a lower iron content than that of clear glass, ultraclear glass is much clearer. However, given the right lighting and background, it can still be percieved as having a hint of green.

Ultraclear Acid Etch

White Acid Etch

The top surface of the glass is chemically treated to create a matte finish with an almost satin-like feel.

Enhanced with back-paint or mirrored, available in most Benjamin Moore & Sherwin-Williams colors.

The top surface of the glass is chemically treated to create a matte finish with an almost satin-like feel.

Shown with white back-paint & available in most Benjamin Moore & Sherwin-Williams colors.

Charleston Forge Specialty Glass Guide - August 2021

Black Acid Etch

Blue Acid Etch Mirror

The top surface of the glass is chemically treated to create a matte finish with an almost satin-like feel.

Shown with black back-paint and available in most Benjamin Moore & Sherwin-Williams colors.

The top surface of the glass is chemically treated to create a matte finish, and an almost satin-like feel.

Shown here laminated with blue mirror.

Bronze Acid Etch Mirror

Grey Acid Etch Mirror

The top surface of the glass is chemically treated to create a matte finish, and an almost satin-like feel.

Shown here laminated with bronze mirror.

The top surface of the glass is chemically treated to create a matte finish, and an almost satin-like feel.

Shown here laminated with grey mirror.

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Ultraclear Acid Etch Mirror

Clear Crackle Glass

The top surface of the glass is chemically treated to create a matte finish, and an almost satin-like feel.

Shown here laminated with Ultraclear mirror.

Crackle glass is created by bonding three sheets of glass together and then shattering the middle piece.

Shown here in Clear glass.

Ultraclear Crackle Glass

Blue Crackle Glass

Crackle glass is created by bonding three sheets of glass together and then shattering the middle piece.

Shown here in Ultraclear glass.

Crackle glass is created by bonding three sheets of glass together and then shattering the middle piece.

Shown here in Blue.

Charleston Forge Specialty Glass Guide

Bronze Crackle Glass

Grey Crackle Glass

Crackle glass is created by bonding three sheets of glass together and then shattering the middle piece.

Shown here in Bronze.

Crackle glass is created by bonding three sheets of glass together and then shattering the middle piece.

Shown here in Grey.

Ultraclear Crackle Glass Mirror

Blue Crackle Glass Mirror

Crackle glass is created by bonding three sheets of glass together and then shattering the middle piece.

Shown here in Ultraclear glass with a mirror backing.

Crackle glass is created by bonding three sheets of glass together and then shattering the middle piece.

Shown here in Blue with a mirror backing.

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Bronze Crackle Glass Mirror Crackle glass is created by bonding three sheets of glass together and then shattering the middle piece.

Shown here in Bronze with a mirror backing.

Grey Crackle Glass Mirror Crackle glass is created by bonding three sheets of glass together and then shattering the middle piece.

Shown here in Grey with a mirror backing.

Flax Linen Laminate

Greystone Linen Laminate

This glass is created by sandwiching a piece of linen in between two pieces of glass. They are then bonded using super-strong adhesives. Available with a mirror backing.

This glass is created by sandwiching a piece of linen in between two pieces of glass. They are then bonded using super-strong adhesives. Available with a mirror backing.

Charleston Forge Specialty Glass Guide

Oyster Linen Mirror Laminate

Back-Painted Glass

This glass is created by sandwiching a piece of linen in between two pieces of glass. They are then bonded using super-strong adhesives. Available without a mirror backing.

Back-painted glass is a very attractive and durable option. Available in most Benjamin Moore colors and can be combined with an acid-etched top. Shown on Ultraclear glass.

Frosted Glass

Green Frosted Glass

Although similar in appearance to acid-etched glass, frosted glass is created by sand-blasting the underside while the top remains glossy. Available on clear and ultraclear glass. Shown on Ultraclear glass.

Although similar in appearance to acid-etched glass, frosted glass is created by sand-blasting the underside while the top remains glossy. Available on clear and ultraclear glass. Shown on Clear glass.

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Riverside Glass Visually, Riverside Glass looks like a blend of 3/4" Fusion Glass and Cast Glass with a more organic look than some of our other glass products. Riverside features a natural slump edge and a textured bottom.

A conference table glass top is sprayed with a white back paint at Andrew Pearson's North Carolina Facility.

Just like Charleston Forge furniture, Anrew Pearson Glass is fabricated by hand.

Charleston Forge Specialty Glass Guide