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Niedrige Expansionslegierung
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Weiche magnetische Legierung
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Elastische Legierung
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Bimetall für thermische Zwecke
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Schweißensdraht
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Thermischer Spray-Draht
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Chromnickel-Legierung
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Reines Nickel
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Kupfernickellegierung
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Thermoelementleitung
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Monel-Legierung
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Inkonellegierung
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Hastelloy-Legierung
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Hochtemperaturlegierung
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Nitinollegierung
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Zur Überschrift
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Andere
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Alfred...Wir haben die Ware erhalten, alles ist gut gelaufen. Perfekte Verpackung, gute Produktqualität, guter Preis - wir sind zufrieden.
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- Ich kann nicht.Die Produktqualität ist sehr gut, über meine Erwartungen hinaus, die tatsächliche Verwendung erfüllt meine Bedürfnisse vollständig, wir werden wieder kaufen.
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Matthew ist ein...Ich habe eine niedrig expandierende Legierung von Joy gekauft. Sie ist eine sehr verantwortungsbewusste Dame. Die Produktqualität von Huona ist ziemlich gut.
Huona J-Type Thermocouple Bare Wire SWG30/SWG25/SWG19 High Thermal Sensitivity
Herkunftsort | Shanghai |
---|---|
Markenname | Huona |
Zertifizierung | ISO 9001 |
Modellnummer | Typ J. |
Min Bestellmenge | 10 kg |
Preis | Verhandlungsfähig |
Verpackung Informationen | Karton/Holzkoffer |
Lieferzeit | 5-21 Tage |
Zahlungsbedingungen | L/C, Western Union, Moneygram, T/T. |
Versorgungsmaterial-Fähigkeit | 500 Tonnen pro Monat |

Kontaktieren Sie mich für kostenlose Proben und Gutscheine.
- Was ist?:0086 18588475571
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xProduktname | Typ J Thermocouple Bardraht | Positiv | Eisen |
---|---|---|---|
Negativ | Ständig | Durchmesser | SWG30/SWG25/SWG19 |
EMF bei 100 ° C (vs 0 ° C) | 5.268 MV | EMF bei 750 ° C (vs 0 ° C) | 42,919 MV |
Durchmesser-Toleranz | ± 0,01 mm/± 0,015 mm/± 0,015 mm | Dehnung (20 ° C) | ≥ 20%/≥22%/≥ 25% |
Hervorheben | J-Type thermocouple bare wire,SWG30 thermocouple high thermal sensitivity,Huona thermocouple cable SWG25 |
Type J thermocouple bare wire, a high-precision temperature-sensing element crafted by Huona New Material, consists of two dissimilar alloy conductors--iron (positive leg) and constantan (copper-nickel alloy, negative leg)--engineered for accurate temperature measurement in moderate-temperature environments. Available in three standard wire gauges: SWG30 (0.305mm), SWG25 (0.51mm), and SWG19 (1.02mm), this bare wire eliminates insulation interference, making it ideal for custom thermocouple assembly, high-temperature calibration, and applications requiring direct contact with measured media.
- Thermocouple Type: J (Iron-Constantan)
- Wire Gauges: SWG30 (0.315mm), SWG25 (0.56mm), SWG19 (1.024mm)
- International Standards: Complies with IEC 60584-1, ASTM E230, and GB/T 4990
- Form: Bare wire (uninsulated, for custom insulation/protection)
- Manufacturer: Huona New Material, certified to ISO 9001 and calibrated to national temperature standards
- Gauge-Tailored Performance: SWG30 (thin gauge) offers high flexibility for tight-space installations; SWG19 (thick gauge) provides enhanced mechanical strength for industrial environments; SWG25 balances flexibility and durability for general-purpose use.
- Superior Thermoelectric Accuracy: Generates a stable electromotive force (EMF) with a sensitivity of ~52 μV/°C (at 200°C), outperforming Type K in the 0-500°C range, with Class 1 accuracy.
- Bare Wire Versatility: No pre-applied insulation allows users to customize protection based on specific temperature/corrosion requirements.
- Cost-Effective: Iron-constantan alloy is more affordable than precious metal thermocouples while delivering higher sensitivity than Type K.
- Good Oxidation Resistance: Performs reliably in oxidizing environments up to 750°C.
Attribute | SWG30 (0.315mm) | SWG25 (0.56mm) | SWG19 (1.024mm) |
---|---|---|---|
Conductor Material | Positive: Iron; Negative: Constantan (Cu-Ni 40%) | Positive: Iron; Negative: Constantan (Cu-Ni 40%) | Positive: Iron; Negative: Constantan (Cu-Ni 40%) |
Nominal Diameter | 0.305mm | 0.51mm | 1.02mm |
Diameter Tolerance | ±0.01mm | ±0.015mm | ±0.02mm |
Temperature Range | Continuous: 0-700°C; Short-term: 750°C | Continuous: 0-750°C; Short-term: 800°C | Continuous: 0-750°C; Short-term: 800°C |
EMF at 100°C (vs 0°C) | 5.268 mV | 5.268 mV | 5.268 mV |
EMF at 750°C (vs 0°C) | 42.919 mV | 42.919 mV | 42.919 mV |
Conductor Resistance (20°C) | ≤160 Ω/km | ≤50 Ω/km | ≤15 Ω/km |
Tensile Strength (20°C) | ≥380 MPa | ≥400 MPa | ≥420 MPa |
Elongation (20°C) | ≥20% | ≥22% | ≥25% |
Item | Specification |
---|---|
Surface Finish | Bright annealed (oxide-free, Ra ≤0.2μm) |
Supply Form | Spools (length: 50m/100m/300m per gauge) |
Chemical Purity | Iron: ≥99.5%; Constantan: Cu 59-61%, Ni 39-41%, impurities ≤0.5% |
Calibration | Traceable to NIST/China National Institute of Metrology (CNIM) |
Packaging | Vacuum-sealed in argon-filled bags; plastic spools in moisture-proof cartons |
Customization | Cut-to-length (minimum 1m), special alloy purity, or pre-tinned ends |
- Custom Thermocouple Assembly: Used by sensor manufacturers to fabricate probes with application-specific protection.
- Industrial Temperature Sensing: Direct measurement in food processing and plastic molding.
- Calibration Equipment: Reference elements in temperature calibrators.
- Automotive Testing: Monitoring engine block and exhaust system temperatures.
- Laboratory Research: Thermal profiling in material science experiments.
Huona New Material subjects every batch of Type J bare wire to rigorous quality testing: thermoelectric stability tests, dimensional inspection, and chemical composition analysis. Free samples (1m per gauge) and calibration certificates are available upon request.