(PGFS)
All grades available in 18″ and 36″ lengths.
Low Carbon available in 24″ lengths only.
O1 Oil Hardening
Typical Analysis
Carbon 0.90 | Chromium 1.20 |
Manganese 1.20 | Vanadium 0.20 |
Silicon 0.30 |
The most widely used grade of precision ground flat stock. It is a general purpose tool steel,
outstanding for its reliability in hardening, good wear resistance, and excellent toughness.
A2 Air Hardening
Typical Analysis
Carbon 1.00 | Chromium 5.25 |
Molybdenum 1.10 | Vanadium 0.25 |
Manganese 0.60 |
A2 is recommended rather than O1 when increased wear resistance, safer hardening, and less
distortion are required.
S7 Air Hardening Super Shock
Typical Analysis
Carbon 0.50 | Chromium 3.25 |
Silicon 0.25 | Molybdenum 1.40 |
Manganese 0.70 |
A new outstanding air-hardening precision ground flat stock – the toughest, strongest precision
ground flat stock for so many jobs that require maximum strength and impact.
D2 High Carbon – High Chrome
Typical Analysis
Carbon 1.50 | Molybdenum 0.75 |
Chromium 12.00 | Vanadium 0.25 to 0.80 |
An air-hardening type steel, known for its rnaximum wear resistance qualities. It is ideal for use in
tools, dies, etc., used in long production runs.
M2 Moly-Tungsten-High Speed
Typical Analysis
Carbon 0.83 | Chromium 4.15 |
Molybdenum 5.00 | Vanadium 1.90 |
Manganese 6.35 |
The most widely used type of high-speed steel and, in general, can be used for the same applications as T-1 high speed. It’s higher carbon content and balance analysis produce properties applicable to all general-purpose high -speed uses.
Low Carbon
Typical Analysis
Carbon .15 – .20 | Phosphorus .04 max. |
Manganese .60 – .90 | Sulfur .05 max |
Tolerances
Regular | Oversize | |
Thickness | +/- .001″ | + .010/.015″ |
Width | + .000/.005″ | + .010/.015″ |
Squares | +/- .001″ | + .010/.015″ |
Length 18″ | + .125/.250″ | + .125/.250″ |
Length 36″ | + .250/.500″ | + .250/.500″ |
Length 24″ | + .1875/.375″ | + .1875/.375″ |
Squareness Edge | .003″ per inch | .003″ per inch |
Squareness End | .004″ per inch | .004″ per inch |
Data shown are typical, and should not be construed as maximum or minimum values for specification or for final design.
Data on any particular piece of material may vary from those herein..