MAXEL® 2000
(AISI 414 Modified)
Maxel 2000 is a prehardened, free-machining stainless holder steel. It is intended for applications requiring improved corrosion resistance and toughness over standard 420F holder blocks.
Typical Chemistry
Carbon 0.03%
Chromium 12.50%
Nickel 2.75%
Molybdenum 0.30%
Sulfur 0.12%
Typical Applications
Holder Blocks
Backer Plates
Molds not requiring #1 or #2 finish
Hardening
Maxel 2000 is supplied in the prehardened condition, at about 35/39 HRC. Further heat treatment is not required. For more information concerning annealing and heat treating this grade, consult individual data sheet or a Crucible representative.

Surface Treatment
Gas or ion nitriding decreases the corrosion resistance of stainless steels, and is not recommended. Standard chrome or nickel plating may be used to enhance corrosion protection if desired.

Annealing
Maxel 2000 is intended for use in the as-supplied condition. For more information concerning annealing or heat treating this grade, consult individual data sheet, or a Crucible representative.

Welding
Use 414 or 410 filler material. Preheat to 500/700F. Maintain over 500F during welding. Cool to 150F after welding. Temper 500F 2 hours.

Corrosion Resistance
In most environments, Maxel 2000 is more resistant to rust and chemical attack than conventional stainless holder block or even 420 mold steel. It resists rusting caused by condensation or cooling water, as well as many acidic molding environments. For more severe environments, the maximum corrosion protection of CSM 21 mold steel may be required.
Tensile Properties
Typical tensile properties, in the as?supplied condition:
Tensile
Strength
KSI
0.2% Yield
Strength
KSI
Elongation
%
RA
%
Maxel 2000
170/180
140/150
15/17
50/60
420F Holder Block
150/155
125/130
10/15
35/40
Typical Charpy V-Notch Toughness
Impact Toughness
Due to its low carbon content, Maxel 2000 is tougher than other stainless holder block. In fact, it is tougher in its worst (transverse) orientation than traditional material is in its best (longitudinal) orientation, thus providing a tougher tool, no matter what your mold base design requires.

Physical Properties
Modulus of Elasticity ...................................................................29 psi x 106
Density ..............................................................................................0.28 lb/in3
Thermal Conductivity .............200F...................................... 15 BTU/hr/ft/°F
Thermal Expansion
            RT-200F................................................................. 5.8 X 10-6 in./in./°F
            RT-400F ................................................................. 6.0 X 10-6 in./in./°F
            RT-600F ................................................................. 6.1 X 10-6 in./in./°F
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