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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.
0.16mm x 27mm P675R/TM2/TB20110 Bimetallic Strip ASTM B388 Rapid Thermal Response & Durability

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xProduktname | P675R/TM2/TB20110 Bimetallischer Streifen | Dicke | 0,16 mm |
---|---|---|---|
Breite | 27mm | Hoch ausgedehnte Schicht | NI20MN7 |
Niedrig expandierende Schicht | Ni36 | Dichte | 8.1 g/cm3 |
Widerstand (25 ℃) | 80 μΩ·cm | Betriebstemperaturbereich | -70 ~ 350 ℃ |
Hervorheben | P675R bimetallic strip rapid thermal response,TM2 thermal bimetal strip durable,TB20110 bimetallic strip ASTM B388 |
The P675R bimetallic strip (0.16mm×27mm), a precision-engineered functional material from Huona New Material, is a specialized composite strip composed of two dissimilar alloys with distinct thermal expansion coefficients--firmly bonded via our proprietary hot-rolling and diffusion bonding technology. With a fixed thin gauge of 0.16mm and standard width of 27mm, this strip is optimized for miniaturized temperature-sensitive applications, where precise thermal actuation, stable dimensionality, and space-saving design are critical.
- Product Grade: P675R
- Dimensional Specification: 0.16mm thickness (tolerance: ±0.005mm) × 27mm width (tolerance: ±0.1mm)
- Composite Structure: Typically features a "high-expansion layer" and a "low-expansion layer", with interfacial shear strength ≥160 MPa
- Compliant Standards: Adheres to GB/T 14985-2017 (Chinese standard for bimetallic strips) and IEC 60694 for thermal control components
- Manufacturer: Huona New Material, certified to ISO 9001 and ISO 14001
- Ultra-Thin Stability: Maintains uniform thickness (0.16mm) and no interfacial delamination--even after 5000 thermal cycles (-40℃ to 180℃)
- Precise Thermal Actuation: Controlled 温曲率 (temperature-induced curvature) of 9-11 m⁻¹ (at 100℃ vs. 25℃), with actuation temperature deviation ≤±1.5℃
- Fixed Width for Automated Production: 27mm standard width matches common micro-stamping die sizes, reducing material waste by ≥15%
- Good Machinability: Thin 0.16mm gauge enables easy bending (minimum bending radius ≥2× thickness) and laser cutting
- Corrosion Resistance: Optional surface passivation treatment provides 72-hour salt spray resistance (ASTM B117)
Attribute | Value (Typical) |
---|---|
Thickness | 0.16mm (tolerance: ±0.005mm) |
Width | 27mm (tolerance: ±0.1mm) |
Length per Roll | 100m - 300m (cut-to-length available: ≥50mm) |
Thermal Expansion Coefficient Ratio (High/Low Layer) | ~13.6:1 |
Operating Temperature Range | -70℃ to 350℃ |
Rated Actuation Temperature Range | 60℃ - 150℃ (customizable via alloy ratio adjustment) |
Interfacial Shear Strength | ≥160 MPa |
Tensile Strength (Transverse) | ≥480 MPa |
Elongation (25℃) | ≥12% |
Resistivity (25℃) | 0.18 - 0.32 Ω*mm²/m |
Surface Roughness (Ra) | ≤0.8μm (mill finish); ≤0.4μm (polished finish, optional) |
Item | Specification |
---|---|
Surface Finish | Mill finish (oxide-free) or passivated finish (for corrosion resistance) |
Flatness | ≤0.08mm/m (critical for micro-stamping accuracy) |
Bonding Quality | 100% interfacial bonding (no voids >0.05mm², verified via X-ray inspection) |
Solderability | Optional tin-plating (thickness: 3-5μm) for enhanced solderability |
Packaging | Vacuum-sealed in anti-oxidation aluminum foil bags with desiccants |
Customization | Adjustment of actuation temperature (30℃ - 200℃), surface coating, or pre-stamped shapes |
- Compact Temperature Controls: Micro-thermostats for wearable devices, small household appliances, and medical devices
- Overheat Protection: Miniature circuit breakers for lithium-ion batteries and micro-motors
- Precision Compensation: Temperature-compensating shims for MEMS sensors
- Consumer Electronics: Thermal actuators for laptop keyboard backlight controls and printer fuser temperature regulators
- Industrial Micro-Devices: Tiny thermal switches for IoT sensors and automotive micro-components