Antique Green
Ingredients
Ammonium Chloride... 1/3 oz
Cupric Sulfate... 3 oz
Distilled Water... 1 quart
Process
Hot process. Solution hot (180 to 190°F), metal hot (200°F), cold wash water applied afte |
Antique Green
Ingredients
Ammonium Chloride... 1/3 oz
Cupric Sulfate... 3 oz
Distilled Water... 1 quart
Process
Hot process. Solution hot (180 to 190°F), metal hot (200°F), cold wash water applied afte |
Basic Green
Ingredients
Cupric Nitrate... 1 tsp [MORE INFO]
Distilled Water... 1 pint
Process
Hot process, semi-transparent patina. Heat metal and apply a fresh mixture for each coloring. |
Basic Green
Ingredients
Cupric Nitrate... 1 tsp [MORE INFO]
Distilled Water... 1 pint
Process
Hot process, semi-transparent patina. Heat metal and apply a fresh mixture for each coloring. |
Blackish Brown
Ingredients
Ferric Nitrate... 2 oz [MORE INFO]
Distilled Water... 1 pint
Sulfurated Potash... 1/4 oz [MORE INFO]
Process
Hot process. Mix in the order given. |
Blackish Brown
Ingredients
Ferric Nitrate... 2 oz [MORE INFO]
Distilled Water... 1 pint
Sulfurated Potash... 1/4 oz [MORE INFO]
Process
Hot process. Mix in the order given. |
Blue Green
Ingredients
Sodium Thiosulfate... 1/4 oz
Ferric Nitrate... 2 oz
Distilled Water... 1 quart
Process
Hot process. Solution hot (180 to 190°F), metal hot (200°F), cold wash water applied after |
Blue Green
Ingredients
Sodium Thiosulfate... 1/4 oz
Ferric Nitrate... 2 oz
Distilled Water... 1 quart
Process
Hot process. Solution hot (180 to 190°F), metal hot (200°F), cold wash water applied after |
Brown to Black
Ingredients
Sulfurated Potash grape sized lump (crushed). [MORE INFO]
Distilled Water... 1 pint
Process
Hot or cold process. Use fresh solution each time. |
Brown to Black
Ingredients
Sulfurated Potash grape sized lump (crushed). [MORE INFO]
Distilled Water... 1 pint
Process
Hot or cold process. Use fresh solution each time. |
Cold Process Green
Ingredients
Cupric Nitrate... 40 gm
Ammonium Chloride... 40 gm
Calcium Chloride... 40 gm
Distilled Water to make 1 liter
Process
A cold process, opaque patina. Frog green results after |
Cold Process Green
Ingredients
Cupric Nitrate... 40 gm
Ammonium Chloride... 40 gm
Calcium Chloride... 40 gm
Distilled Water to make 1 liter
Process
A cold process, opaque patina. Frog green results after |
Cold Silver Patina: For Bronze, Brass, and Copper
Cold Silver Patina: For Bronze, Brass, and Copper
This patina is very unusual. A silver patina has traditionally been done only as a hot patina, however, this formula is to be applied co |
Cold Silver Patina: For Bronze, Brass, and Copper
Cold Silver Patina: For Bronze, Brass, and Copper
This patina is very unusual. A silver patina has traditionally been done only as a hot patina, however, this formula is to be applied co |
Etching
etching
Etching is a technique used to remove metal through chemical rather than mechanical processes. Specifically, mordants are used to remove metal by deliberately corroding it. Most often, resis |
Florentine Brown
Ingredients
Ferric Chloride... 1 tsp [MORE INFO]
Ferric Nitrate... 1/2 tsp [MORE INFO]
Distilled Water... 1 pint
Process
This old Italian formula produces a rich brown patina.
Apply even |
Florentine Brown
Ingredients
Ferric Chloride... 1 tsp [MORE INFO]
Ferric Nitrate... 1/2 tsp [MORE INFO]
Distilled Water... 1 pint
Process
This old Italian formula produces a rich brown patina.
Apply even |
How To Make and Apply: Copper Plating
Apply this formula to Iron & Steel to create a copper plated surface that you may patina.
Cupric Sulfate : 125g (4oz)
Deionized Water : 250ml (8oz)
Nitric |
Light Green
Ingredients
Ammonium Chloride... 16 units
Sodium Chloride... 16 units
Cupric Sulfate (optional)... 16 units
Ammonium Hydroxide... 16 units
Process
A cold process, opaque patina which s |
Light Green
Ingredients
Ammonium Chloride... 16 units
Sodium Chloride... 16 units
Cupric Sulfate (optional)... 16 units
Ammonium Hydroxide... 16 units
Process
A cold process, opaque patina which s |
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