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Huona 1.0mm Tinned Copper Wire T2 Red Copper Anti-Oxidation & Excellent Conductivity

Nguồn gốc Thượng Hải
Hàng hiệu Product Name
Chứng nhận ISO9001
Số mô hình Dây đồng đóng hộp
Số lượng đặt hàng tối thiểu 5kg
Giá bán Có thể đàm phán
chi tiết đóng gói hộp carton/gỗ
Thời gian giao hàng 5-21 ngày
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Thông tin chi tiết sản phẩm
Tên sản phẩm Dây đồng đóng hộp Đường kính 1.0mm
dung sai đường kính ± 0,02mm Độ dày lớp phủ 3-5μ
Độ dẫn điện (20oC) ≥98% IACS Độ bền kéo 200-250 MPa
Độ giãn dài khi nghỉ ≥30% (L0=200mm) Phạm vi nhiệt độ hoạt động -40℃~150℃
Làm nổi bật

1.0mm tinned copper wire

,

red copper anti-oxidation wire

,

T2 copper conductivity wire

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Mô tả sản phẩm
Huona 1.0mm Tinned Copper Wire T2 Red Copper Anti-Oxidation & Excellent Conductivity
Product Overview

As a high-reliability electrical conductor from Huona New Material, the 1.0mm tinned copper wire integrates two core advantages: the ultra-high conductivity of pure red copper (T2 grade) and the anti-corrosion protection of a precision 3-5μ tin coating. Manufactured via Huona's advanced continuous hot-dip tinning process--equipped with real-time thickness monitoring and temperature control--the wire ensures the tin layer adheres uniformly to the 1.0mm solid copper core, no pits or thin spots. It solves two key pain points of bare copper wire: oxidation-induced conductivity decline and poor solderability, making it a staple for electrical connections requiring long-term stability, easy assembly, and resistance to humid/industrial environments.

Standard & Material Certifications
  • Conductor Grade : T2 pure red copper (complies with GB/T 3956-2008; equivalent to ASTM B33, IEC 60288 Class 1)
  • Tin Coating Standard : GB/T 4910-2009, IEC 60317-2 (lead-free: Pb ≤0.005%, Sn ≥99.9%)
  • Quality Certifications : RoHS 2.0 compliant, ISO 9001 quality management system, SGS environmental testing approval
  • Manufacturer : Huona New Material (15+ years of copper conductor processing experience)
Core Performance Advantages
1. Pure Red Copper Conductor: Unmatched Conductivity
  • Electrical Conductivity : ≥98% IACS (20℃), far exceeding alloyed copper (e.g., CuNi alloys: ~20% IACS) and aluminum (61% IACS). Ensures minimal voltage drop in low-voltage circuits (e.g., 12V automotive wiring, 5V USB cables) and fast signal transmission for sensors.
  • Mechanical Ductility : Elongation ≥30% (25℃) and tensile strength ≥200 MPa. Can withstand repeated bending (180° bend test ≥10 times without breaking) for wiring in tight spaces (e.g., appliance internal compartments, PCB edge connections).
2. 3-5μ Precision Tin Coating: Targeted Protection
  • Anti-Oxidation Barrier : Dense tin layer blocks air/moisture from contacting copper, preventing the formation of conductive copper oxide (CuO/Cu₂O). Even in 80% humidity for 12 months, the wire maintains ≥97% initial conductivity (vs. bare copper: drops to 85% in 3 months).
  • Enhanced Solderability : Tin's low melting point (232℃) enables "instant wetting" during soldering--no pre-cleaning or flux activation required. Reduces PCB assembly time by 40% vs. bare copper (which needs oxide removal via sanding/chemicals).
  • Balanced Thickness Design : 3-5μ thickness avoids two extremes: thinner coatings (<3μ) can't cover copper flaws, while thicker coatings (>5μ) make the wire brittle (prone to cracking during bending).
Technical Specifications
Parameter Detailed Value
Nominal Diameter (Overall) 1.0mm (conductor: ~0.992-0.994mm; tin coating: 3-5μ)
Diameter Tolerance ±0.02mm
Tin Coating Thickness 3μ (minimum) - 5μ (maximum); thickness uniformity: ≥95% (no spot <2.5μ)
Electrical Conductivity (20℃) ≥98% IACS
Tensile Strength 200-250 MPa
Elongation at Break ≥30% (L0=200mm)
Tin Adhesion No peeling/flaking after 180° bend (radius=5mm) + tape test (3M 610 tape, no tin residue)
Corrosion Resistance Passes ASTM B117 salt spray test (48h, 5% NaCl, 35℃) - no red rust, tin blistering
Operating Temperature Range -40℃ (low-temperature flexibility, no cracking) to 105℃ (continuous use, no tin melting)
Product Supply & Customization
Item Specification
Supply Form Solid conductor (standard); stranded conductor (custom: 7/0.43mm, 19/0.26mm)
Spool Configuration 500m/1000m per spool (spool material: ABS plastic, diameter: 200mm, core hole: 50mm)
Surface Finish Bright tin (default); matte tin (custom, for anti-glare applications)
Additional Treatments Optional insulation (PVC/XLPE/Silicone, thickness: 0.1-0.3mm, color: black/red/blue)
Packaging Vacuum-sealed aluminum foil bag (moisture-proof) + outer carton (with desiccant, anti-impact)
Typical Application Scenarios
  • Household Appliances : Internal wiring for washing machines (humidity-resistant), refrigerators (low-temperature flexibility), and microwave ovens (heat resistance up to 105℃).
  • Automotive Electronics : Connector terminals for car batteries (anti-corrosion), sensor wiring (stable signal), and in-car infotainment systems (low voltage drop).
  • PCB & Consumer Electronics: Through-hole soldering for Arduino/Raspberry Pi boards, USB-C cable conductors, and LED strip wiring (easy assembly).
  • Industrial Control : Wiring for PLC panels (industrial humidity resistance) and low-voltage power supplies (minimal energy loss).
  • Medical Devices : Internal wiring for portable diagnostic tools (lead-free, compliant with biocompatibility standards) and small medical pumps (flexible bending).
Quality Assurance from Huona New Material

Every batch of 1.0mm tinned copper wire undergoes three key inspections:

  1. Tin Thickness Test : X-ray fluorescence (XRF) analyzer (precision: ±0.1μ) - 5 sampling points per spool.
  2. Conductivity Test : Four-point probe tester (accuracy: ±0.5% IACS) - 3 samples per batch.
  3. Mechanical Test : Universal testing machine (tensile/elongation) + bend tester (adhesion) - 2 samples per batch.

Free samples (1m length, 2-3 pieces per specification) and detailed Material Test Reports (MTR) are available upon request. Our technical team provides 1-on-1 support for custom requirements (e.g., insulation material selection for high-temperature applications, stranded conductor design for flexible wiring).