Steel Compare

GCr15 vs GCr15Mo – Composition, Heat Treatment,...

Introduction GCr15 and GCr15Mo are two closely related bearing steels commonly specified for rolling-element bearings, shafts, and other high-contact, wear-prone components. Engineers, procurement managers, and production planners routinely weigh trade-offs...

GCr15 vs AISI52100 – Composition, Heat Treatmen...

Introduction GCr15 and AISI 52100 are two widely used high‑carbon chromium bearing steels encountered across bearing, rolling element, and precision component manufacturing. Engineers, procurement managers, and manufacturing planners often must...

100Cr6 vs 52100 – Composition, Heat Treatment, ...

Introduction 100Cr6 and 52100 are two of the most commonly specified high‑carbon, chromium bearing steels in global engineering practice. Engineers, procurement managers, and manufacturing planners frequently weigh these grades when...

GCr15 vs 100Cr6 – Composition, Heat Treatment, ...

Introduction GCr15 and 100Cr6 are two industrially important high‑carbon chromium bearing steels used globally for rolling‑element bearings, balls, rollers, races, and other wear‑resistant components. Engineers, procurement managers, and manufacturing planners...

NM400 vs NM450 – Composition, Heat Treatment, P...

Introduction NM400 and NM450 are widely used high-strength abrasion-resistant (AR) steels specified for applications where surface wear dominates component life: buckets, chutes, liners, crushers, and heavy-duty ground-engaging tools. Engineers and...

NM360 vs NM400 – Composition, Heat Treatment, P...

Introduction NM360 and NM400 are two commercially important abrasion-resistant (AR) steels used across mining, earthmoving, heavy machinery, and material handling sectors. Engineers and procurement professionals often face a classic selection...

100Cr6 vs 100CrMnSi6-4 – Composition, Heat Trea...

Introduction 100Cr6 and 100CrMnSi6-4 are high‑carbon, chromium‑bearing steels widely used where wear resistance, rolling contact fatigue life, and dimensional stability are critical. Engineers, procurement managers, and manufacturing planners commonly face...

GCr15SiMn vs 100Cr6 – Composition, Heat Treatme...

Introduction GCr15SiMn and 100Cr6 are two closely related high‑carbon chromium bearing steels widely used where rolling‑contact fatigue resistance, wear performance, and dimensional stability are critical. Engineers, procurement managers, and manufacturing...

SUJ2 vs 100Cr6 – Composition, Heat Treatment, P...

Introduction SUJ2 and 100Cr6 are two industry-recognized designations for high‑carbon, high‑chromium bearing steels used worldwide for rolling elements, rings, and other wear‑resistant components. Engineers, procurement managers, and manufacturing planners commonly...

GCr15 vs SUJ2 – Composition, Heat Treatment, Pr...

Introduction GCr15 and SUJ2 are two widely used high-carbon chromium bearing steels specified under different national standards. Engineers and procurement managers often face the choice between them when specifying rolling-element...

GCr15 vs 100CrMn6 – Composition, Heat Treatment...

Introduction GCr15 and 100CrMn6 are two high‑carbon bearing steels commonly considered for rolling elements, rings, rollers, and wear components. Engineers and procurement professionals often balance competing criteria when choosing between...

100Cr6 vs 100CrMo7 – Composition, Heat Treatmen...

Introduction 100Cr6 and 100CrMo7 are two high-carbon chromium-bearing steels commonly used for rolling-element bearings, shafts, and other wear-critical components. Engineers, procurement managers, and manufacturing planners regularly weigh trade-offs between cost,...

52100 vs 51100 – Composition, Heat Treatment, P...

Introduction 52100 and 51100 are two high‑carbon bearing steels commonly considered when designers and procurement teams must balance wear resistance, toughness, manufacturability, and cost. Engineers often face the tradeoffs between...

NM450 vs NM500 – Composition, Heat Treatment, P...

Introduction NM450 and NM500 are commercially produced high-strength abrasion-resistant steels commonly specified where severe wear and high-impact loading coexist — for example, earthmoving buckets, crusher liners, and mining equipment. Engineers,...

NM400 vs AR400 – Composition, Heat Treatment, P...

Introduction NM400 and AR400 are two widely referenced abrasion-resistant steels used for highly wear-exposed components such as buckets, liners, chutes, and crushers. The selection dilemma engineers face is often a...

NM550 vs HARDOX550 – Composition, Heat Treatmen...

Introduction NM550 and HARDOX550 are two widely compared wear-resistant steel grades used across mining, quarrying, heavy equipment, earth-moving, and material handling industries. Engineers, procurement managers, and manufacturing planners commonly choose...

NM500 vs HARDOX500 – Composition, Heat Treatmen...

Introduction NM500 and HARDOX500 are high-hardness abrasion-resistant steel grades frequently considered for heavy wear components such as buckets, truck bodies, crushers, and liners. Engineers and procurement teams routinely balance competing...

NM450 vs HARDOX450 – Composition, Heat Treatmen...

Introduction NM450 and HARDOX450 are two frequently compared abrasion-resistant (AR) steels used in heavy-duty wear applications such as mining, earthmoving, and aggregate handling. Engineers and procurement professionals deciding between them...

NM400 vs HARDOX400 – Composition, Heat Treatmen...

Introduction Engineers, procurement managers, and production planners regularly face the choice between commercially available wear-resistant steels when designing components subject to abrasion, impact, and cyclic loading. The selection dilemma often...

XAR500 vs NM500 – Composition, Heat Treatment, ...

Introduction XAR500 and NM500 are two widely used abrasion-resistant (AR) steel grades specified for applications demanding high surface hardness and wear resistance. Engineers, procurement managers, and manufacturing planners commonly weigh...

XAR450 vs HARDOX450 – Composition, Heat Treatme...

XAR450 and HARDOX450 are two widely referenced abrasion-resistant (AR) steel grades nominally specified for a Brinell hardness of approximately 450 HBW. Engineers, procurement managers, and manufacturing planners frequently encounter a...

XAR400 vs NM400 – Composition, Heat Treatment, ...

Introduction Selecting the right wear-resistant steel grade is a common procurement and design dilemma for engineers, manufacturing planners, and materials buyers. Decisions typically balance hardness and abrasion resistance versus weldability,...

HARDOX500 vs HARDOX600 – Composition, Heat Trea...

Introduction HARDOX 500 and HARDOX 600 are quenched-and-tempered, wear-resistant structural steels widely used in heavy-duty applications where surface wear is the primary design driver. Engineers, procurement specialists, and manufacturing planners...

HARDOX450 vs HARDOX500 – Composition, Heat Trea...

Introduction HARDOX450 and HARDOX500 are quenched-and-tempered, wear-resistant steels widely used for high-wear applications such as mining, earthmoving, recycling, and heavy-duty fabrication. Engineers, procurement managers, and manufacturing planners commonly face a...

NM450 vs NM500HB – Composition, Heat Treatment,...

Introduction NM450 and NM500HB are two widely used wear-resistant steel grades encountered in mining, earth-moving, bulk-handling, and aggregate-processing equipment. Engineers, procurement managers, and manufacturing planners commonly weigh trade-offs between wear...

NM400 vs NM450HB – Composition, Heat Treatment,...

Introduction NM400 and NM450HB are two wear-resistant structural steel designations commonly considered for components exposed to sliding and abrasive wear — such as liners, buckets, hoppers, and crusher parts. Engineers,...

NM360 vs NM400HB – Composition, Heat Treatment,...

Introduction NM360 and NM400HB are two widely used abrasion‑resistant (AR) steel grades encountered in mining, quarrying, earthmoving, and bulk‑handling equipment. Engineers, procurement managers, and manufacturing planners often weigh wear resistance,...

NM400 vs NM400HB – Composition, Heat Treatment,...

Introduction NM400 and NM400HB are two labels encountered frequently in wear-resistance material specifications, procurement sheets, and fabrication drawings for heavy-duty components. Engineers and procurement managers must decide between nominal grade...

NM450A vs NM450B – Composition, Heat Treatment,...

Introduction NM450A and NM450B are two industrially used grades of abrasion-resistant (wear) steel commonly specified where high hardness and prolonged service life against abrasive wear are required — for example...

NM450 vs NM400A – Composition, Heat Treatment, ...

Introduction NM450 and NM400A are two commonly specified wear-resistant steels used in heavy industries where abrasive wear is a primary design driver. Engineers, procurement managers, and manufacturing planners often face...