Permanent Magnet Kerr Microscope
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- Product Description
- Technical Indicators
- Applications
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Product Overview
Our high-temperature permanent magnet magneto-optical Kerr microscope enables high-resolution measurement and observation of polar, transverse, and longitudinal magneto-optical Kerr effects in permanent magnetic materials under high-temperature and strong magnetic field conditions. It is an ideal tool for studying the magnetization and demagnetization processes of permanent magnetic materials, and their technical magnetism. The custom-developed air-bearing displacement stage and specially designed sample fixation device ensure sample stability during testing under strong magnetic forces.
Product Features
● Superior sample stability during testing.
The air-bearing granite displacement stage, integrated ceramic sample holder, and vibration-isolated granite optical platform ensure outstanding sample stability. The drift of neodymium iron boron samples (10 × 10 mm, 2 mm thick) under the maximum magnetic field strength is less than 35 nm.
● Strong magnetic fields
Vertical strong magnetic fields (2 T at room temperature, 1.6 T at high temperature)
In-plane strong magnetic fields (3 T at room temperature)
● High stability under ultra-high temperature
Sample temperature range: <50 mK to 623 K
● High-precision microdomain magneto-optical detection
Global and multi-zone hysteresis loop scanning, synchronized domain imaging and hysteresis loop output for comparative analysis.
● High-temperature domain imaging
Multi-light source switching and optical compensation enable clear magnetic domain imaging within high-temperature chambers.
● The domain resolution can reach up to 420 nm
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Product Performance
Out-of-plane sample:
Maximum magnetic field of 2 T at room temperature, reaching 1.6 T at high temperatures
It can reach up to 623 K at high temperature; temperature stability: ±50 mK
Maximum sample displacement range: ±5 mm.
Sample diameter range: 10–20 mm; sample thickness: 0–2 mm.
In-plane sample:
Magnetic field intensity can reach up to 3 T;
Maximum sample displacement: ±20 mm;
Maximum sample diameter: 5 mm; sample thickness range: 0–3 mm.
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Permanent Magnetic Neodymium Iron Boron Material
Hysteresis loop of neodymium iron boron samples Domain changes in neodymium iron boron samples
Permanent Magnet Kerr Microscope
Classification
Keywords
Intention Table
Application Industry
Provide reliable equipment for advanced manufacturing, empowering technological innovation through precision measurement!!
Contact Information
Business Inquiries:+86-532-89267428/13335086685Manager Yao
Switchboard:+86-532-89269848
Company Address: 393 Songling Road, Laoshan District, Qingdao, Shandong Province, China
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