1mm Thickness Twill Carbon Fiber Sheet for Medical X-ray Device Plate

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Product Description

Basic Information
Model NO.40014 PerformanceHigh-Strength Type
StateBoard Mechanical PropertyHigh-Performance Type
Thickness1mm TextureTwill
PaintMate Paint MOQ100 Pieces
Specification50x50cm HS Code6815110090
Product Parameters
Item No.40015 Carbon Yarn1K/3K/12K
MaterialCarbon Fiber Size50x50cm or Customized
Package100 pieces/carton Production Capacity10000 pieces/month
Loading PortShanghai Leadtime20-40 days
Material Property Test
Typical Properties Detection Value Typical Properties Detection Value
0° Tensile Strength1800 Mpa 0° Flexural Strength1600 Mpa
0° Tensile Modulus155 Gpa 0° Flexural Modulus120 Gpa
0° Tensile Strain1.18% Interlaminer Shear Strength80 Mpa
90° Tensile Strength85 Mpa ±45° In-Plane Shear Strength90 Mpa
Key Advantages
Lightweight Construction
High Strength-to-Weight Ratio
Superior Corrosion Resistance
High Modulus of Elasticity (Stiffness)
Excellent Fatigue Resistance
Low Thermal Expansion
Detailed Photos
Carbon Fiber Sheet Detail 1
Carbon Fiber Sheet Detail 2
Carbon Fiber Sheet Detail 3
Carbon Fiber Sheet Detail 4
Industrial Applications
Industry Application Parts
Aircraft Components Wings, fuselage panels, and interior parts to reduce weight and improve fuel efficiency.
Spacecraft/Satellites Structural elements where lightweight materials are critical for launch.
High-Performance Vehicles Body panels, chassis, and spoilers in sports/racing cars.
Electric Vehicles Lightweighting to extend battery range and efficiency.
Sports and Recreation Bicycles, tennis rackets, golf clubs, and hockey sticks.
Medical Equipment MRI/X-ray components where non-metallic materials are essential.
Application Overview
Production & Quality Control

Our industrial landscape covers carbon fiber woven fabric and prepreg as the starting point, serving sectors such as sports, building reinforcement, and medical devices. Growing sections include wind turbine blades, 3C electronics, and automotive lightweighting. Our capabilities include pultrusion, winding, molding, and special-shaped parts processing to meet customized requirements.

Production Facility 1
Production Facility 2

Test Laboratory: Our testing center covers approximately 3,100 square meters with control systems for all processes. Testing scopes include mechanical properties, weather resistance, and chemical analysis, featuring tensile, compression, bending, and fatigue tests.

Testing Laboratory
Certifications & Patents

Holding IATF16949 certification and a total of 19 patents, including design, invention, and utility model patents.

Certificates
Exhibition Photo 1
Exhibition Photo 2
Packaging & Shipping
Packaging Process
Frequently Asked Questions
Q1: How strong are carbon fiber tubes and sheets? A: Carbon fiber materials are extremely strong, often up to five times stronger than steel while being significantly lighter.
Q2: Can holes be drilled in carbon fiber products? A: Yes, holes can be drilled using proper techniques and specific tools to prevent delamination and damage to the fibers.
Q3: Do you offer customized services? A: Absolutely. We provide both OEM and ODM services. Please provide your specific requirements and dimensions for a custom quote.
Q4: What is the typical lead time for an order? A: The lead time is generally between 20 to 40 days, depending on the order quantity and specific customization requirements.
Q5: Can we request samples for quality evaluation? A: Yes, we provide samples for quality evaluation to ensure the material meets your industrial standards.
Q6: Which port is used for loading and shipping? A: Our primary loading port is Shanghai, though other ports are negotiable based on your logistical needs.

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