Compared to tool steel, the AMPCO® alloys offer less friction, no galling, and easier modification thanks to tool manufacturing without heat treatment. Compared to commercial bronze and nickel alloys, the AMPCO® alloys offer higher hardness and quality due to homogeneous microstructure and overall better sliding properties and lower wear.

AMPCO ® Aluminium Bronze – Our high-tensile strength product range which is renowned for its good yield. It has exceptional corrosion resistant properties with inherent toughness, hardness and ductility. These properties are all made possible through the unique distortion of the alloy microstructure through what we call ‘AMPCO-Phase’, which can only be found in AMPCO ®

Description AMPCO® 25 is a patented alloy which displays outstanding mechanical properties. The extreme hardness, linked with an excellent compressive strength and very good friction properties, makes it ideal as a forming and drawing die material.

AMPCO®25 Aluminium Bronze is a patented alloy which displays outstanding mechanical properties. The extreme hardness, linked with an excellent compressive 

Category : Metal , Nonferrous Metal , Copper Alloy , Bronze Material Notes: This heat-treated alloy is the ultimate in high-strength bronzes requiring good bearing characteristics and exceptional wear resistance. It has greater toughness than grade AMPCO 18.22 and better physical properties than grades AMPCO 18 or AMPCO 18.136. Its exceptional

bronze c95300 b505 68b j461 j462 qqc390 g7 415 aluminium bronze 9b qq-b-671, class 2 mil-b-16033, class 2 c95300ht c95400 b505 qqc390 g5 415 aluminum bronze 9c ampco 18 qq-b-671, class 3 mil-b-16033, class 3 c95400ht b505 c95410 b505

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cast aluminum-nickel-iron-copper alloy. Ampco Pumps Company nickel aluminum bronze or propeller bronze. AMPCO 483 alloy will maintain mechanical.

bronze c95300 b505 68b j461 j462 qqc390 g7 415 aluminium bronze 9b qq-b-671, class 2 mil-b-16033, class 2 c95300ht c95400 b505 qqc390 g5 415 aluminum bronze 9c ampco 18 qq-b

Description. The increase in the Al and Fe content results in a material in which the hard gamma 2 phase (about 400 HB) is present. By proper metallurgical control this hard constituent is uniformly distributed giving this alloy its ability to resist wear. This material data has been provided by AMPCO METAL. "Typical" values were obtained via a

AMPCO 21 B-159 Rest 0,1 0,05 13,5 16,5 0,4 1,0 1,0 2,0 0,5 10,75 11,5 C99300 INCRAMET 800 B-033 89,0 1,0 0,5 5,0 2,5 1,0 5,0 1,5 1,5 C87200 . SABATER FUNDIMOL page (87) BRONZES