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EPi's room-temperature oxidizers and antiquing chemicals are suitable for brass, bronze, and copper, Unique shades of brown and black on copper, brass, and bronze produce attractive pieces that appear antiqued. Varying the concentration and length of immersion results in different colors and finishes.
Subtotal $60.00 -
EPi's room-temperature oxidizers and antiquing chemicals are suitable for brass, bronze, and copper, Varying the concentration and length of immersion results in different colors and finishes.
Subtotal $60.00 -
Unique shades of brown on copper, brass, and bronze produce attractive pieces that appear antiqued.
Subtotal $60.00 -
Unique shades of brown and black on copper, brass, and bronze produce attractive pieces that appear antiqued.
Subtotal $63.10 -
Similar in action to 312 but slower acting while producing warmer and richer brown tones of varying intensity to include deep walnut browns on brass and bronze.
Subtotal $67.26 -
A liquid concentrate that produces light brown, brown, and chocolate-brown colors with golden tones. Varying the concentration and length of immersion produces a range of colors.
Subtotal $80.00 -
The color produced can be varied from light brown to brown to black.
Subtotal $109.92 -
Liquid concentrate used at room temperature as an oxidizing solution on pewter, tin, and lead. Control blackening depth by varying concentration and immersion time.
Subtotal $93.13 -
The colors produced vary from brown on white metal, silver and tin/lead to purple, grey to black, and gun metal blue on copper, brass and bronze.
Subtotal $87.60 -
E-Brite 2.0 Ag is a new EPi break-through electroplating technology, which can plate non cyanide silver directly on nickel surfaces (meeting all three types of ASTM B-700 and spec AMS 2411J), as well as plate directly on silver, brass, bronze and copper and does not require a separate silver strike on these substrates.
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Leveling acid copper that smooths out rough surfaces for additional plating processes.
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An ideal solution for plating when minimum thickness specifications must be met in low current density.