POLL: Do you believe Intercept Shield products work as they claim?
Shamika
Posts: 18,781 ✭✭✭✭
Simple poll
Buyer and seller of vintage coin boards!
0
Comments
Yes - the concept is simple, and widely used in other fields.
My water heater has a sacrificial anode. My boat has zincs on the prop shaft, lower unit, trim tabs, etc. Dam gates and water towers all use similar methods to protect against galvanic action leading to corrosion.
Why not use the same principles to protect coins?
<< <i>I do believe in science so yes. >>
I too believe in science, but I don't necessarily believe in marketing. Remember, facts and statistics that can often be used to manipulate if the motivation is strong enough.
<< <i>
<< <i>Yes - the concept is simple, and widely used in other fields.
My water heater has a sacrificial anode. My boat has zincs on the prop shaft, lower unit, trim tabs, etc. Dam gates and water towers all use similar methods to protect against galvanic action leading to corrosion.
Why not use the same principles to protect coins? >>
But how are these sacrificial anodes connectred to the material that they are protecting? >>
Also, galvanic corrosion utilizes an electrolyte (water) which complicates things.
<< <i>
<< <i>Yes - the concept is simple, and widely used in other fields.
My water heater has a sacrificial anode. My boat has zincs on the prop shaft, lower unit, trim tabs, etc. Dam gates and water towers all use similar methods to protect against galvanic action leading to corrosion.
Why not use the same principles to protect coins? >>
But how are these sacrificial anodes connectred to the material that they are protecting? >>
Humidity in the air provides the connection. Obviously this means that the product provides more protection in a humid environment than in a dry area. Coincidentally, humid areas are where coins need the most protection.
A soldier doesn't want to stay in the foxhole the whole tour of duty, but he feels safer there with a flak jacket on than outside of either, while in a war zone.