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- South Korea / 2004
Superconducting Wire - 2G HTS Wire : SCN04200
- ◾ Price: Negotiable
- ◾ MOQ: Negotiable
Superconducting Wire - 2G HTS Wire : SCN04200
- ◾ Price: Negotiable
- ◾ MOQ: Negotiable
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Copper stabilized 2G HTS wire based on non-magnetic Stainless steel substrate
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Required Quantity
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Brand name-
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Shipping / Lead TimeNegotiable / Negotiable
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Keyword
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Category
Specifications
| Size | 4.1 * 0.1 * 1,000 mm | Weight | 0 mg | Stock | 0 Meter |
|---|---|---|---|---|---|
| Country of Origin | South Korea | ||||
| Production method | Available | ||||
| HS Code | 854390 | ||||
Trade Terms
| Payment Terms | T/T | ||||
|---|---|---|---|---|---|
| Price(FOB) | Negotiable | MOQ | Negotiable | ||
| Transportation | Air Transportation, Express, Negotiation Other | ||||
| Lead time | Negotiable | Shipping time | Negotiable | ||
Company
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Country / Year Established
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Membership
- BIZ
Business typeManufacturer
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Verified Certificate
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13
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13
Product Description
Product Catalog / Brochure / Spec Sheet
Untitled Document
Superconducting Wire Specification
| Superconductor material | GdBCO |
|---|---|
| Electrical Properties |
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| Minimum amperage (Ic)a | depends on length |
| ≥150A | |
| ≥200A | |
| ≥2500A (Contact factory) | |
| Splice wire available in long lengths |
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| Type | to Ag coating : width 4 and 12mm |
| to Cu plating : width 4㎜ | |
| to Cu plating and Brass Lamination : width 4mm | |
| Substrate | Hastelloy C276 : thickness 60μm |
| Non-magnetic SUS : thickness 100μm |
Mechanical Specifications
| Minimum double bending diameter (95%ICretention,RT) | <30mm |
|---|---|
| Maximum rated tensile stress (95%ICretention,RT) | >500MPa |
| Maximum rated wire tension (RT) | >20kgf |
| Maximum rated tensile strain (95%ICretention,RT) | 0.40% |
SuNam 2G Wire Architecture
New SuNAM RCE-DR process
- RCE-DR : Reactive Co-Evaporation by Deposition & Reaction (SuNAM, R2R) : Patent pending(PCT)
- High rate co-evaporation at low temperature & pressure to the target thickness(>1m) at once in deposition zone(6~10nm/s)
- Fast (<<30 sec) conversion from amorphous glassy phase to superconducting phase at high temperature and oxygen pressure in reaction zone
- Simple, higher deposition rate&area, low system cost
- Easy to scale up :single path
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