Hefei Guofeng Advanced Basic Materials Technology Co., Ltd.

Hefei Guofeng Advanced Basic Materials Technology Co., Ltd. A Leader in the Film Industry

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Flex Polyimide Thin Film Sheet Sensor Substrate For Quantum Computing

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Hefei Guofeng Advanced Basic Materials Technology Co., Ltd.
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City:hefei
Country/Region:china
Contact Person:MrJihao
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Flex Polyimide Thin Film Sheet Sensor Substrate For Quantum Computing

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Brand Name :Guofeng
Model Number :7.5um
Certification :UL ISO ROHS
Place of Origin :China
MOQ :Negotiation
Price :$300-$30000
Payment Terms :L/C,T/T
Supply Ability :Negotiation
Delivery Time :Negotiation
Packaging Details :Standard Packing
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

Product pictures

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


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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