What is Electrolysis and galvanic corrosion?
Galvanic Corrosion is the corrosion that occurs when two dissimilar metals are used together in a structure and exposed to an electrolyte (salt water, chemical, petrol) and the less noble of the 2 metals will corrode. For example; aluminum sheet with steel fasteners on a boat. Some pairings of metals are more at risk of galvanic corrosion. Check a galvanic series or chart.
Electrolysis is the acceleration of the galvanic corrosion when electricity is introduced to the metals in question. Connected by an external electrical source, the less noble metal experiences accelerated galvanic corrosion.
while both processes involve metals and electrolytes, their dependence on an external voltage source distinguishes them.
Because ETHAFOAM Anti-Static products combine all the benefits of polyethylene foam along with an anti-static feature, they are quickly gaining acceptance in three major areas:
Cushion Packaging Applications
ETHAFOAM Anti-Static foam can be used for protecting sensitive electronic devices from physical and electrostatic damage. The foam can be fabricated into various traditional shapes, including corner blocks, braces and saddles, pouches, bags and envelopes, wraps, interleafing, and encapsulation.
Materials Handling Applications
ETHAFOAM provides a soft, non-abrasive cushion for parts while protecting them from static discharges for the life of the foam. It can be fabricated into trays and tote boxes, or used as a lining in those products. It can also be made into shunt or stuffing boards and parts separators.
Work Station Accessories
In this application, ETHAFOAM Anti-Static foams can be used as an apron material. They can also be fabricated into table and bench top covers, floor mats, and seat cushions, among other uses.
