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Flex Polyimide Thin Film Sheet Sensor Substrate For Quantum Computing

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Flex Polyimide Thin Film Sheet Sensor Substrate For Quantum Computing

Flex Polyimide Thin Film Sheet Sensor Substrate For Quantum Computing
Flex Polyimide Thin Film Sheet Sensor Substrate For Quantum Computing Flex Polyimide Thin Film Sheet Sensor Substrate For Quantum Computing

Large Image :  Flex Polyimide Thin Film Sheet Sensor Substrate For Quantum Computing

Product Details:
Place of Origin: China
Brand Name: Guofeng
Certification: UL ISO ROHS
Model Number: 7.5um
Payment & Shipping Terms:
Minimum Order Quantity: Negotiation
Price: $300-$30000
Packaging Details: Standard Packing
Delivery Time: Negotiation
Payment Terms: L/C,T/T
Supply Ability: Negotiation
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Flex Polyimide Thin Film Sheet Sensor Substrate For Quantum Computing

Description
Dielectric Constant: 3-4 Material: Polyimide
Uv Resistance: Excellent Elastic Modulus: 2-5 GPa
Flexibility: Highly Flexible Applications: Flexible Circuits, Aerospace, Medical Devices, Electronic Components
Chemical Resistance: Resistant To Most Chemicals Tensile Strength: 100-200 MPa
Temperature Resistance: Up To 300°C Adhesion: Excellent
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Quantum Leap in Material Science

The GL-Series represents a paradigm shift in opaque polymer technology, leveraging quantum-doped nanoceramic matrices to achieve 45% higher thermal resilience (withstanding 550°C continuous operation) and 50% improved dimensional invariance versus legacy polyimide films. Our proprietary Black-Fusion™ nano-coating technology delivers absolute photon blockade (>99.97% opacity from 200-1000 nm) while simultaneously enhancing dielectric integrity to ≥8.5 kV/mm – a previously unattainable combination for light-sensitive quantum computing and aerospace applications.


Unprecedented Performance Matrix

1. Extreme Environment Dominance

  • Thermal Superformance: 600°C peak thermal spikes | Zero pyrolysis below 580°C

  • Radiation Hardening: Withstands 10⁶ Gy gamma radiation with <3% property degradation

  • Cryogenic Stability: Maintains flexibility and adhesion at -269°C (liquid helium temperatures)

2. Electromagnetic Excellence

  • Dielectric constant stability ΔDk<0.02 (1 Hz-10 GHz)

  • Surface resistivity >10¹⁸ Ω/sq after 2000h @85°C/85%RH

  • Arc resistance >180 seconds (ASTM D495)

3. Mechanical Prowess

  • 600% elongation at break without whitening or cracking

  • Tear propagation resistance >800 N/mm (DIN 53363)

  • Zero creep deformation under 20 MPa load @300°C

4. Photonic Supremacy

  • UV-VIS-NIR opacity >99.97% (200-2000 nm spectrum)

  • Neutron absorption cross-section enhanced by 40% vs standard films

  • Laser damage threshold >15 J/cm² @1064nm


Quantum-Enabled Applications

▷ Photon-Free Semiconductor Fabrics

  • Quantum computing core isolation layers

  • Dark matter detector light barriers

  • Synchrotron radiation shielding

▷ Aerospace & Defense Systems

  • Stealth vehicle sensor masking

  • Satellite quantum communication protection

  • Hypersonic vehicle thermal-light barriers

▷ Medical Vision Systems

  • PET/MRI detector light sequestration

  • Robotic surgery vision system protection

  • Neuro-imaging sensor isolation


Manufacturing Supremacy

Hyper-Efficient Production Ecosystem

  • 48-Hour Proto-Turnaround: Laser-direct structured samples within two business days

  • Cost-Layer Optimization: 30% cost reduction through patented roll-to-roll nano-imprinting

  • Zero-Defect Guarantee: AI-driven optical inspection with >99.995% yield rate

Co-Engineering Advantage

  • Material Genome Database: 10,000+ formulation library for custom properties

  • Multi-Physics Simulation: Predictive performance modeling for your application environment

  • Apollo-Class Cleanrooms: ISO 14644-1 Class 5 manufacturing environments


Why We Redefine Partnership

We don’t supply materials – we deliver quantum-performance covenants. Our vertically integrated manufacturing combines molecular-level design with aerospace-grade production, creating materials that defy conventional performance trade-offs. While competitors struggle with opacity-conductivity compromises, our quantum-engineered films simultaneously achieve:

  • 100x better UV blocking than industry standards

  • 3x higher thermal conductivity than comparable opaque films

  • Zero property degradation after 5+ years continuous operation

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Product pictures

 

Flex Polyimide Thin Film Sheet Sensor Substrate For Quantum Computing 0Flex Polyimide Thin Film Sheet Sensor Substrate For Quantum Computing 1

 

 

 

 

 


 

Handling & Storage Instructions

 
To ensure the longevity and performance of our Polyimide film, please adhere to the following guidelines:
 

  • Shelf Life: 6 months from the date of manufacture.
  • Storage Conditions:

      · Store in a cool, dry place away from direct sunlight will be necessary.
      · Avoid exposure to high humidity or extreme temperature fluctuations.
      

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Contact Details
Hefei Guofeng Advanced Basic Materials Technology Co., Ltd.

Contact Person: Jihao

Tel: +86 18755133999

Fax: 86-0551-68560865

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