Nathan Trotter copper anodes are manufactured from the purest, electrolytically-refined copper cathodes, which are melted under highly-controlled conditions. Our anodes have been designed to ensure low sludge development, stable copper content in plating, and rapid build-up of adherent anode film to allow problem-free startup of a new bath and a low build-up of impurities in the bath.

Oxygen-free and phosphorous copper anode sizes:
 
    Copper Anodes
    Ball 3/4", 1”, 1.25” 2”
    Nugget 3/8”, 1/2”, 3/4”, 1”
    Ovals 1.5 x 3 x any length”
 
We are glad to announce a second 300-ton extrusion press has been brought on-line at the Coatesville facility. Designed for extrusion of pure tin and tin alloys ranging from .25” to 5” diameter/width this machine will add redundancy to our process and allow for faster turn-around times.
Long committed to bringing our customers value for their dollar, Nathan Trotter offers metal reclaim and conversion programs that stress the importance of properly handling and valuing your scrap. We can recommend a program that is best suited for the dross, spent anodes, slag, turnings or off-spec. ingot that you generate.
 
Nathan Trotter & Co., Inc.
241 W. Stewart Huston Dr.
Coatesville, PA 19320

Mailing Address
P.O.Box 369
Sadsburyville, PA 19369

T 610-524-1440
F 610-524-2469
Nathan Trotter’s long history of service and reliability could not have been achieved without strict adherence to our quality standards. We have been ISO 9001 certified since 1997 and take great pride in consistently exceeding the audit standards set by the automotive, aerospace, and electronics industries.
In the 200 years since its founding, Nathan Trotter & Co., Inc. has evolved into the largest manufacturer of tin and tin alloys in North America. In addition to tin, the product offerings have grown to include over 20 metals, many of which are melted on-site to create various alloys and shapes. The company remains committed to preserving our legacy as the nation's oldest continuously-operated metals manufacturer.