In-Situ Autoclave Indentation Tester PMT-1000 for Pressure Vessels & Pipelines
Product Summary: The PMT-1000 indentation tester enables in-situ stress corrosion crack (SCC) screening inside autoclaves and other confined spaces. It is specifically designed for evaluating pipes and vessels in harsh environments, such as high temperature, humidity, and heavy dust, without the need for cutting samples.
Key Features
In-Situ Autoclave Testing: Capable of performing on-site testing within autoclaves, ideal for petrochemical and nuclear applications.
Confined Space Operation: Compact design allows testing in confined spaces, such as inside pressure vessels and pipes.
Cold Work Detection: Detects the effect of cold work hardening on SCC susceptibility, helping optimize forming processes.
Thin Sheet Capability: Supports non-destructive or minor-damage screening on thin sheets and finished components.
Standard PMT-1000 model. Custom fixtures for autoclave access and specific pipe geometries are available on request.
Materials and Structure
Testable materials include cemented carbide, stainless steel, and aluminum alloy. The tester structure is robust enough for in-situ autoclave use.
Applications
Pressure Vessel Inspection
Pressure Piping Inspection
Petrochemical Plants
Wind Power and Renewable Energy
Aerospace
Pharmaceutical and Fine Chemical
New Energy/New Materials
Customization
We can customize probes, extension arms, and data analysis tools to suit specific autoclave and vessel access requirements.
Case Study
A professional technical service institute used the PMT-1000 for periodic inspection of pressure vessels and online inspection of pressure piping, achieving efficient and accurate results in confined spaces.
FAQ
Q: Can the PMT-1000 be used inside an autoclave?
A: Yes, it has specific capability for in-situ testing inside autoclaves.
Q: What is the maximum load?
A: 1000 N.
Q: Is it suitable for pipe inspection?
A: Yes, with appropriate fixtures it can be used on pipes and vessels.
Q: What are the power options?
A: Wired 220V or wireless 24V.
Q: Can it detect cold work effects?
A: Yes, it detects the effect of cold work hardening on SCC susceptibility.
Q: What is the data acquisition rate?
A: 100 Hz.
Q: Does it require tensile specimen preparation?
A: No, it eliminates the need for standard tensile specimens.
Q: Can it be used in hazardous environments?
A: Yes, it has been used in high temperature, humidity, and dusty conditions.
Inquiry Information
For inquiries, contact:
Email: vincent_zhang@zhanghuayaoji.com
Tel: +86 181-1890-2332
WhatsApp: +1(805)869-8509
Address: No. 8 Zhenshi Road, Shitangwan Industrial Park, Wuxi, Jiangsu, China
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