Creep Damage and Safety Factor Indentation Tester with Safety Database PMT-1000

Prolong equipment life and ensure safety by quantifying creep damage and calculating safety factors with the PMT-1000 portable indentation tester. This instrument compares residual vs. original strength after creep, outputs safety factor (yield/operating stress) for code compliance, and builds safety databases tracking strength evolution of each vessel.

Key Features

• Creep Damage Quantification – Quantifies safety loss by comparing residual vs. original strength after creep (source: image caption).
• Safety Factor Output – Outputs safety factor (yield/operating stress) for code compliance check (source: image caption).
• Safety Database Building – Builds safety databases tracking strength evolution of each vessel (source: image caption).
• High Precision – 100 Hz data acquisition rate and 0.01-30 mm/min loading speed for accurate material characterization.
• Portable Design – 24V battery operation for field use, suitable for on-site assessments.

Technical Specifications

Models and Options

PMT-1000 standard model. Custom database software and accessory kits for different vessel geometries are available.

Materials and Structure

Indenter tips are made of cemented carbide, stainless steel, and aluminum alloy. The instrument is designed for rugged field use, with a laptop interface for data analysis.

Applications

Suitable for petrochemical, power, and aerospace industries. Used for creep damage assessment, safety factor calculation, and remaining life evaluation of pressure vessels and pipelines.

FAQ

Inquiry Information

Contact us for pricing and customization. Email: vincent_zhang@zhanghuayaoji.com | Phone: +86 181-1890-2332