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Huona 0.19*25mm 6J13 Manganin Alloy Strip Ultra-Stable Resistivity

Place of Origin Shanghai
Brand Name Huona
Certification ISO9001
Model Number 6J13
Minimum Order Quantity 10kg
Price Negotiable
Packaging Details Carton/Wooden case
Delivery Time 5-21 days
Payment Terms L/C,T/T,Western Union,MoneyGram
Supply Ability 500 tons per month

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Product Details
Product Name 6J13 Manganin Alloy Strip Thickness 0.19mm (tolerance: ±0.002mm)
Width 25mm (tolerance: ±0.1mm) Resistivity (20℃) 0.44±0.04 μΩ·m
TCR (-40℃ To 140℃) ±10 Ppm/℃ Elongation (Soft Temper) ≥25%
Surface Roughness (Ra) ≤0.15μm Stamping Edge Burr ≤0.005mm
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Manganin alloy strip 6J13

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Ultra-stable resistivity alloy strip

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0.19x25mm Manganin strip

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Product Description
Huona 0.19*25mm 6J13 Manganin Alloy Strip Ultra-Stable Resistivity
6J13 Manganin Alloy Strip (0.19mm Thickness × 25mm Width)

6J13 manganin alloy strip (0.19mm×25mm), a precision-engineered resistance alloy product from Huona New Material, is a thin-gauge functional strip crafted from Mn-Cu-Ni ternary manganin alloy. Through advanced vacuum smelting, multi-pass precision cold-rolling, and segmented annealing processes, this strip achieves ultra-tight dimensional control (0.19mm thickness ±0.002mm, 25mm width ±0.1mm) and consistent electrical properties.

Standard Designations & Specification Value
  • Alloy Grade: 6J13 (Chinese standard manganin precision resistance alloy; optimized for thin-gauge rolling performance)
  • Dimensional Specification: 0.19mm thickness × 25mm width (customizable, but this fixed 规格 matches mainstream micro-component stamping dies)
  • International Alignment: Performance aligned with DIN 17471 CuMn12Ni2 thin strips, with adjusted Mn content (12.0-13.0%) to enhance thin-gauge ductility
  • Compliant Standards: GB/T 1234-2019 (resistance alloy strips) + GB/T 2059-2021 (copper alloy strips) + IEC 60404-8-2 (precision resistance components)
  • Manufacturer: Huona New Material, certified to ISO 9001 and RoHS, with specialized thin-gauge alloy rolling lines (minimum rolling thickness 0.01mm)
Key Advantages (Tailored for 0.19×25mm Specification)
1. Specification-Matched Micro-Component Adaptability
  • Thickness Precision for Miniaturization: 0.19mm thickness hits the "golden balance" for micro-devices--thinner than 0.25mm strips (reducing component volume by 24%) while avoiding the brittleness of ultra-thin strips (<0.15mm) that crack during stamping.
  • Narrow Width for Batch Stamping: 25mm width matches 4-6 sets of micro-shunt stamping dies (each die size ~4mm) per strip, enabling one-time stamping of 2000+ micro-components per 100m strip--reducing material waste by 30% vs. using 50mm wide strips for small parts.
2. Enhanced Micro-Processing Performance
  • Ultra-Fine Etchability: The strip's uniform microstructure (grain size ≤20μm) and bright annealed surface (Ra ≤0.15μm) support ultra-fine chemical etching--minimum etched line width up to 0.02mm.
  • Stable Stamping Consistency: After 5000 times of continuous stamping (simulating mass production), the strip's thickness variation is <0.001mm, and the resistance deviation of stamped components is ≤0.05%.
3. Cost-Efficiency & Application Flexibility
  • Material-Saving Design: The fixed 25mm narrow width eliminates secondary slitting (a common step for wide strips), reducing processing costs by 18% and shortening delivery cycles by 3-5 days.
  • Dual-Temper Optional: Offers both soft (annealed, elongation ≥25%) and half-hard (elongation 15-20%) tempers for different processes.
Technical Specifications
Attribute Value (Typical) Micro-Application Significance
Chemical Composition (wt%) Cu: 82.0-86.0%; Mn: 12.0-13.0%; Ni: 2.0-3.0%; Fe: ≤0.5% Mn content optimized to prevent thin-gauge cracking during rolling
Thickness 0.19mm (tolerance: ±0.002mm) Ensures uniform resistance of micro-shunts (avoiding current bias)
Width 25mm (tolerance: ±0.1mm) Matches 4-6 sets of micro-dies for batch stamping
Resistivity (20℃) 0.44±0.04 μΩ*m Balanced for 1-5A micro-shunts (common in consumer electronics)
TCR (-40℃ to 140℃) ±10 ppm/℃ Stable for consumer electronics (operating temp: -10℃ to 60℃)
Typical Micro-Application Scenarios
  • Consumer Electronics Fast-Charging: Micro-current shunts for 65W smartphone chargers (0.19mm thickness fits the charger's slim design, 25mm width supports batch stamping of 4 shunts per strip).
  • Wearable Health Sensors: Resistance elements for smart watch heart rate sensors (soft temper enables 0.38mm radius bending, narrow 25mm width reduces material waste).
  • IoT Sensor Nodes: Micro-resistor networks for wireless temperature/humidity sensors (ultra-fine etchability supports 0.02mm line width).
  • Automotive Micro-Electronics: Current-sensing strips for in-car USB charging modules (half-hard temper ensures stamping precision of contact points).
Huona's Micro-Application Support

Huona New Material implements "micro-precision quality control" for 6J13 strips (0.19×25mm): each roll undergoes laser thickness measurement (100 sampling points/m), surface roughness inspection (per 5m segment), and micro-stamping simulation testing (100 samples per batch). Free samples (100mm×25mm, soft/half-hard temper optional) and micro-etching test reports are available upon request.