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Casa ProdutosMolde do carbonetoFour-hole Coaxial ±0.003mm Precision Positioning Base with Zero Magnetic Interference for Semiconductor Packaging
Four-hole Coaxial ±0.003mm Precision Positioning Base with Zero Magnetic Interference for Semiconductor Packaging
Four-hole Coaxial ±0.003mm Precision Positioning Base with Zero Magnetic Interference for Semiconductor Packaging Four-hole Coaxial ±0.003mm Precision Positioning Base with Zero Magnetic Interference for Semiconductor Packaging Four-hole Coaxial ±0.003mm Precision Positioning Base with Zero Magnetic Interference for Semiconductor Packaging Four-hole Coaxial ±0.003mm Precision Positioning Base with Zero Magnetic Interference for Semiconductor Packaging

Four-hole Coaxial ±0.003mm Precision Positioning Base with Zero Magnetic Interference for Semiconductor Packaging

Detalhes do produto:
Lugar de origem: CHINA
Marca: Sanxin
Certificação: ISO 9001
Número do modelo: SX1271
Condições de Pagamento e Envio:
Quantidade de ordem mínima: 2
Tempo de entrega: 5-25 dias
Termos de pagamento: L/C, T/T, Western Union
contacto
  • Informação detalhada
  • Descrição de produto

Informação detalhada
Tecnologia: Metalurgia do Pó Acabamento superficial: Polido
Nota: K10,K20,K30,YG8,YG6X COMPATIBILIDADE: Adequado para vários materiais
Forma: Personalizado Dureza: Alto
Vantagem: Desgaste resistente Projeto: Matrizes de estampação em forma de T
Projeto de orifício: Furo inclinado Forma e tamanho: Personalizável
Manutenção: Fácil de manter Superfície: Liso, brilhante
Ordem de julgamento: Disponível Resistência à temperatura: Alto
Destacar:

±0.003mm Precision Positioning Base

,

Four-hole Coaxial Carbide Mold

,

Zero Magnetic Interference Semiconductor Packaging Mold

Descrição de produto

Four-hole Coaxial ±0.003mm Semiconductor Packaging Dedicated Positioning Base With Zero Magnetic Interference
When precision injection molding encounters challenges with magnetic interference and positioning accuracy, this four-hole injection molding seat, precisely manufactured from WC-Ni non-magnetic carbide, completely resolves the pain points of magnetic attraction and thermal deformation associated with traditional mold parts. Its overall non-magnetic structure combined with four-hole coaxial precision machining technology enables superior performance in semiconductor packaging and precision medical device injection molding, with zero magnetic interference, high-precision positioning, and an extremely long life.
Material Analysis
  • Matrix Composition: 90% WC + 10% Ni, Special Non-Magnetic Formula
  • Magnetic Properties: Permeability <1.002, Remanence <0.05 mT
  • Physical Properties:
    • Hardness: 91.5 HRA
    • Density: 14.9 g/cm³
    • Thermal Conductivity: 85 W/(m*K)
    • Coefficient of Thermal Expansion: 5.5*10⁻⁶/K
  • Non-Magnetic Principle: A nickel-based binder phase replaces the cobalt phase, completely eliminating ferromagnetism.
Structural Design
  • Hole Layout (Customizable based on drawings):
    • 4 x 2.0 ± 0.003 mm Φ precision through-holes
    • Square, symmetrical layout, spacing 10 ± 0.005 mm
    • Hole depth 15 mm, straightness ≤ 0.005 mm
Performance Comparison
Performance Specifications Non-magnetic Four-Way Hole Base Stainless Steel Hole Base Advantages
Magnetic Permeability <1.002 1.02-1.05 Completely Eliminates Magnetic Adsorption
Hole Position Accuracy ±0.003mm ±0.01mm Positioning Accuracy Improved by 166%
Thermal Deflection 0.002mm/100°C 0.015mm/100°C Excellent Thermal Stability
Service Life 5 million cycles 500,000 cycles 10x Longer Life
Corrosion Resistance Excellent Moderate Suitable for Corrosive Environments
Applications
Semiconductor packaging
Chip packaging precision positioning seat
LED bracket injection mold
Microelectronic connector injection molding
Medical devices
Surgical instrument precision injection molding
Implantable device packaging mold
Medical sensor injection molding seat
Electronic components
Connector precision injection molding
Micro transformer packaging
Circuit board component injection molding
Precision instruments
Optical device injection molding
Sensor housing injection molding
Precision gear injection mold
Customized Services
  • Customized hole layouts
  • Quick response to non-standard dimensions
  • Specialized surface treatment solutions
  • Small-batch trial production services
Four-hole Coaxial ±0.003mm Precision Positioning Base with Zero Magnetic Interference for Semiconductor Packaging 0

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