20Mn23AlV non-magnetic steel plate heat treatment plate factory produces special for strong magnetic field environment
Category:
metallurgy/magnetic material /Other magnetic materials
Model:
1.5-100*1000-2500*L
Brand:
Non-magnetic steel plate
steel grade:
20Mn23AlV
specification:
1.5-100*1000-2500*L
packaging method:
Hot rolled steel plate ordinary packaging
permeability:
≤ 1.05 μ H/m (typical value)
tensile strength:
≥ 600 MPa (reference value)
Retail Price
10,000,000.00USD
重量
kg
- Product Description
-
steel grade 20Mn23AlV
specification 1.5-100*1000-2500*L
packaging method Hot rolled steel plate ordinary packaging
permeability ≤ 1.05 μ H/m (typical value)
tensile strength ≥ 600 MPa (reference value)
Description :
This product is a 20Mn23AlV high manganese non-magnetic steel plate designed specifically for strong magnetic field environments, with extremely low magnetic permeability and excellent mechanical properties. In alternating or constant strong magnetic fields, the material produces almost no magnetic induction, effectively avoiding magnetic interference and ensuring stable and safe operation of the equipment. Widely used in fields such as magnetic resonance imaging (MRI) equipment, particle accelerators, electromagnetic shielding rooms, precision instrument supports, military electronic equipment, and high-end scientific research devices.
The sheet metal has been optimized through heat treatment process, possessing good strength, toughness, and processing performance. It has a thickness of 3.50mm, a width of 1000mm, a length of 4000mm, and is bundled with 42 sheets per bundle, suitable for batch cutting and welding forming. The surface has high flatness and neat edges, meeting the standard for ordinary packaging of hot-rolled steel plates, making it easy to transport and store. The steel grade identification is clear, and each roll is accompanied by a unique steel coil number and bundling number, supporting quality traceability.
The target users include medical equipment manufacturers, research institutes, military units, electromagnetic engineering companies, and special machinery processing plants. Especially suitable for high-end manufacturing scenarios that are sensitive to magnetism, such as structural components of nuclear magnetic resonance instruments, support components of magnetic levitation systems, and non-magnetic frames inside spacecraft. This product ensures non-magnetic characteristics while balancing cost-effectiveness and supply stability, making it an ideal choice to replace imported non-magnetic materials. It is recommended to carry out subsequent surface treatment or precision machining according to actual working conditions to meet specific assembly requirements.
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