£32.00 – £82.00 Exc VAT
Method 1: reveals the general structure of;
Method 1 can also be used to reveal the grain boundaries of pure Iron and the ferrite grain boundaries of Iron +(<1%)Carbon + (<4%)additions. It can also be useful in revealing the structure of galvanized sheet in Zinc-Iron alloys.
Method 2: reveals the general structure of Lead-Antimony alloys, Lead based Babbitt, Tin-Lead alloys and Tin-Lead-Copper alloys.
Method 3: reveals the general structure of Pure Tin, Tin-Cadmium, Tin-Iron.
Method 4: reveals orientation pitting of Nickel-Iron alloys and the general structure of Nickel-Manganese alloys.
Method 5: Used for Inconels and Nimonics.
This solution is very versatile and can be used in a number of different ways to achieve the desired results with different metal samples.
Please Note: Etching rate is increased, sensitivity decreased with increased Nital concentration.
| Weight | 0.27 kg |
|---|---|
| Dimensions | 6 × 6 × 14 cm |
| Container Type | |
| Reagent Type | |
| Method | |
| Indicated Use | Ferrite Grain Boundaries, General Structure, Grain Boundary, Orientation Pitting, Structure of Galvanised Sheet |
| Strength (%) | |
| Volume (mls) |
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Excellent product, thank you.