Material Aging Assessment Equipment For Industrial Machinery

Material Aging Assessment Equipment For Industrial Machinery

Portable Indentation Instrument — Technical Specifications INDENTER Indenter diameter: Ø 1 mm DEPTH Maximum indentation depth: 150 μm LOAD Maximum load capacity: 3,000 N Load resolution: 0.1 N DISPLACEMENT Displacement resolution: 0.01 μm Z-axis travel range: ±15 mm SPEED Indenter moving speed range: 0.0001 – 10 mm/min SAMPLING Data sampling rate: 10 kHz MATERIALS Compatible material types: Carbon steel, low-alloy steel, high-strength steel, austenitic stainless steel MEASURABLE PROPERTIES Tensile strength, yield strength, yield-point behavior, strain-hardening exponent, elastic modulus, Brinell hardness, fracture toughness (KIC / KIIC), residual stress, fatigue strength STANDARDS Reference standards: ISO/TR 29381, GB/T 39635-2020 POWER Main unit power supply: Built-in rechargeable battery with charge-level indicator; dedicated charger included CONTROL Operating terminal: Tablet (wired connection); mouse support HARDWARE KIT Standard components: Indenter main unit, main controller, tablet, controller charger, tablet charger, device-to-controller connection cable
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Description
Technical Parameters
 
product-1280-1195
 
product-1280-1191

1. Introduction
Material properties may change during long-term operation of industrial machinery. The product can be used for material aging and fatigue assessment by obtaining current mechanical property data through on-site testing and relating the results to equipment service conditions.

2.Application Scenarios
This instrument is applicable to long-running machinery, metallic frameworks, and industrial installations undergoing safety reviews, aging diagnostics, fatigue appraisals, or revalidation during maintenance turnarounds. For mission-critical assets, periodic localized testing can be scheduled according to operational demands and risk profiles.

3.Product Description
The product determines a suite of parameters including yield and tensile strengths, hardness, elastic modulus, fracture toughness, fatigue resistance, and residual stress. By comparing results collected at different time intervals and from different test locations, analysts can construct a temporal picture of material degradation and equipment performance evolution.

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