Creep Damage Residual Strength Tester for Pressure Equipment PMT-1000

Name: "Creep Damage Residual Strength Tester for Pressure Equipment PMT-1000"
Rating: 5 (74 reviews)

SKU: 5535837814

Model: PMT-1000

Wuxi Zhanghua Pharm & Chem Equipment Co., Ltd.

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Product Details

Creep Damage Residual Strength Tester for Pressure Equipment PMT-1000

Pressure Equipment Safety Assessment Indentation Tester evaluating residual tensile properties after creep damage

Product Summary

The PMT-1000 Portable Nondestructive Indentation Tester evaluates residual tensile properties after creep damage, providing critical data for life-extension decisions on pressure equipment. By measuring material strength without destructive sampling, it helps determine whether older equipment can continue safe operation or should be retired.

This advanced tool is part of Wuxi Zhanghua's indentation-based testing family, which won a gold medal at the Geneva International Invention Exhibition.

Key Features

Residual Strength Evaluation: Measures residual tensile properties after creep damage, essential for life-extension assessments.
Nondestructive Method: Uses indentation testing, eliminating the need for sample extraction and preserving equipment integrity.
Portable and On-Site Ready: Powered by 220V or 24V, suitable for field inspections.
High Precision: 1000 N load capacity and 100 Hz data acquisition for accurate material characterization.
Automated Reporting: Generates assessment reports automatically, comparing safety factors with design codes.
Broad Application: Useful in petrochemical, energy, and power plants where creep damage is a concern.

Technical Specifications

Maximum Load	1000 N (Max)
Actuation Range	25 mm
Loading Speed	0.01~30 mm/min
Data Acquisition Rate	100 Hz
Motor Rated Voltage	2.1 V
Motor Rated Current	3 A
Power Supply	Wired/Wireless 220V/24V
Testing Range	Macro-scale
Indentation Depth	60~120 μm

Models and Options

Model PMT-1000 is available. Custom fixtures can be designed for specific components like headers and pipes.

Materials and Structure

Compatible with materials used in high-temperature service, such as low-alloy steels and stainless steels. The instrument's robust design supports field deployment.

Applications

Ideal for assessing creep damage in pressure vessels, boilers, and piping systems in petrochemical, power generation, and other energy industries.

Customization

We offer customized testing programs and fixtures for specialized components and conditions.

Case Study

A chemical plant used the PMT-1000 for equipment testing and reported stable operation for 10 years with fast and accurate results.

Pressure Equipment Safety Assessment Indentation Tester used in chemical plant

FAQ

What is creep damage?

Creep damage is the time-dependent deformation and degradation of materials under stress at high temperatures, which can reduce residual strength.

How does the PMT-1000 measure residual tensile properties?

It uses indentation testing to estimate tensile properties such as yield strength and ultimate tensile strength based on indentation curves.

Can it be used on elevated temperature equipment?

Yes, as long as the surface is accessible and suitable for indentation; for hot surfaces, specialized fixtures may be needed.

Does it require a power outlet?

It can operate on 220V or 24V battery power, offering flexibility in the field.

Is the testing method accepted by design codes?

It provides data that can be compared with design codes' safety factors, supporting fitness-for-service assessments.

Can it be used for other degradation mechanisms?

Yes, it can also assess embrittlement, hardness drops, and other property changes.

Inquiry Information

For more information, contact:

Email: vincent_zhang@zhanghuayaoji.com

Phone: +86 181-1890-2332

WhatsApp: +1(805)869-8509

Address: No. 8 Zhenshi Road, Shitangwan Industrial Park, Wuxi, Jiangsu, China

Image Filename and Alt Suggestions

Main Image: creep-damage-tester-pmt1000.png - Alt: Pressure Equipment Safety Assessment Indentation Tester PMT-1000 evaluating residual tensile properties after creep damage

Detail Image 1: pmt1000-flawed-vessel-localized.png - Alt: Pressure Equipment Safety Assessment Indentation Tester performing localized property testing on flawed vessel

Detail Image 2: pmt1000-report-generation.png - Alt: Pressure Equipment Safety Assessment Indentation Tester generating assessment reports