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Tool and Die Alloys |
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DYTRON PRODUCT |
FOR USE ON AISI-SAE DESIGNATION |
PRE/POST HEAT |
AS WELDED HARDNESS |
1802 A-2 Tool Steel |
For use on all air hardening tool steel grades including A-2, A-4 and D-2. Air hardening tool steel combine high wear resistance with good toughness. These combinations of properties make them suited for a wide variety of tooling applications.
Ex. Punches, dies, compression and injection molds, Lens mold, Transfer molds and shear blades. |
Full heat treatment procedures available upon request. |
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Pre/post heat A-2 300°F/500°F A-4 300°F/500°F D-2 700°F/900°F |
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A-2 as welded hardness 55-63 Rc. A-4 as welded hardness 55-63 Rc. D-2 as welded hardness 55-63 Rc. |
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1806 M-2 Tool Steel |
For use on all high speed tool steel grades including M-1, M-2, M-3 and M-7. High speed tool steels are high-alloy steels designed to cut other materials efficiently at high speeds. All grades of high speed tool steels exhibit the following characteristics. One All grades can be heat treated to very high hardness in some cases 68 Rc. Two all grades have the capacity to maintain high harnesses at elevated temperatures. Three all grades have very good impact toughness.
Ex. Drills, end punches, taps, Broaches, and milling cutters. |
Full heat treatment procedures available upon request. |
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Pre/post heat M-1 950°F/1100°F M-2 950°F/1100°F M-42 950°F/1100°F |
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M-1 as welded hardness 57-63 Rc. M-2 as welded hardness 57-63 Rc. M-42 as welded hardness 57-66 Rc. |
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1807 S-7 Tool Steel |
For use on Shock resisting tool steel grades including S-1, S-5 and S-7. Shock resisting grades of tool steels are designed to offer good impact resistance at relatively high harnesses. Offering the toughness to withstand chipping and breaking, combined with high attainable hardness and good wear resistance.
Ex. Shear blades, plastic injection molds and punches and dies subject to heavy impact. |
Full heat treatment procedures available upon request. |
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Pre/post heat S-1 300°F/500°F S-5 300°F/500°F S-7 300°F/500°F |
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S-1 as welded hardness 54-60 Rc. S-5 as welded hardness 54-60 Rc. S-7 as welded hardness 54-60 Rc. |
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1809
P-20 Modified |
For use on P-20 steel when a more readily machinable deposit is required. Recommended for texturing. |
Pre and post heat according to base metal chemistry
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P-20 mod as welded hardness
25-28 Rc. |
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1810
P-20 Tool Steel |
For use on P-20 mold steel where full hardness is required. Alloy will respond fully to P-20 heat treatment procedure.For use on P-20 mold steel where full hardness is required. Alloy will respond fully to P-20 heat treatment procedure. |
Full heat treatment procedures available upon request. |
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Pre/post heat 800°F/1000°F. |
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As welded hardness 34-36 Rc. |
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1812
H-12 Tool Steel |
Designed for use on hot working alloys H-11 and H-12. Hot working tool steels are steels that are designed to forge, pierce or form other metals at high temperatures. Ex. Extrusion tooling, hot upset dies and forging dies. | Full heat treatment procedures available upon request. |
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Pre/post heat H-11 800°F/1000°F. H-12 800°F/1000°F. |
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H-11 as welded hardness 56-59 Rc. H-12 as welded hardness 56-59 Rc. |
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1813
H-13 Tool Steel |
Designed for use on hot working alloy H-13. Hot working tool steels are steels that are designed to forge, pierce or form other metals at high temperatures. Ex. Extrusion tooling, hot upset dies and forging dies. |
Full heat treatment procedures available upon request. |
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Pre/post heat H-13 800°F/1000°F. |
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H-13 as welded hardness 54-57 Rc. |
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1814
H-13 Modified |
Designed for use on hot working tool steels where ease of machinability is required. |
Pre and post heat according to base metal chemistry. |
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1814 as welded hardness 35-38 Rc. |
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| 1815
O-1 Tool Steel |
Designed for use on cold working tool steel alloy grades 0-1 and 0-6. Cold working tool steels combine good wear and toughness along with high compressive strength. Ex. Blanking dies, forming tools, gauges and punches. |
Full heat treatment procedures available upon request. |
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Pre/post heat 0-1 300°F/400°F. 0-6 300°F/400°F. |
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O-1 as welded hardness 56-60 Rc. O-6 as welded hardness 56-60 Rc. |
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1880
Build-Up Joining |
High strength joining and build up alloy for all weldable grades of tool steel. |
Pre and post heat according to base metal chemistry. |
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Not recommended for use if deposit is to be subsequently heat treated. |
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1882 Flame-Hard |
Highly enriched alloy designed to be flame hardened after welding. |
1882 as welded 36-38 Rc. 1882 flame hardened 45-47 Rc. |
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1884 Maraging 250 |
Highly enriched alloy designed for use on Maraging alloys 250 and 300. | Typical Maraging results as follows: 800°F for 2 hours, 42-45 Rc. 900°F for 2 hours, 46-49 Rc. |
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1888 High Strength Build-Up |
High strength alloyed used to join and build up if deposit is to be subjected to heat treatment after welding. |
Pre and post heat according to base metal chemistry. |
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