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Product
Description |
Composition: (Weight %) ASTM A 518 Grade 3 |
| Silicon |
14.20 -
14.75% |
Manganese |
1.50% max. |
| Chromium |
3.25 - 5.00% |
Copper |
0.50% max. |
| Carbon |
0.70 - 1.10% |
Molybdenum |
0.20% max. |
"Chill Cast" in Metal Molds
 | Assures consistent weight, greater density, less flake graphite
grain boundary, and lower chemical segregation than Sand Cast
Anodes. |
| The ANOTEC Chill Cast structure is similar to "Centrifugal Cast"
Tubular Anodes |
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Grain
Structure Makes a Difference |
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 A
typical cross section of a sand cast anode:
Skin of non-porous equiaxial grains. Remaining section relatively
porous from interdendritic shrinkage and porosity. Predominantly
flake graphite with larger boundary areas than equivalent
spheroidical graphite. |
 A
typical ANOTEC anode cross section:
A dense skin of minute columnar grains and a dense core of equiaxial
grains. Occasionally, very fine interdendritic porosity at center.
Predominantly spheroidal shaped graphite. Similar to the structure
of vacuum refined High Silicon Iron. |
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Special Features |
More than Twice as Strong
| Independent laboratory tests confirm that Anotec Anodes
withstand drop impact tests to more than twice the height of Sand
Cast Anodes. |
Quality Control
| ISO 9002 Quality Control assures:
chemistry (by spectrometer)
impact strenght
production lot traceablility.
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Performance
| Accelerated corrosion tests confirm that Anotec Chill Cast
Anodes perform significantly better (up to 19%) than sand cast
anodes in chloride and sulphate environments.
Test reports available on request. |
Spherical Tip
| Prevents hang-up when lowering into deep wells. |
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