Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications

Product Details
Customization: Available
Shape: Carbon Fiber Yarn
Raw Materials: 100%Carbon Fiber
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  • Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications
  • Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications
  • Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications
  • Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications
  • Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications
  • Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications
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  • Overview
  • Product Description
  • Feature
  • Application
  • Specification
  • Detailed Photos
  • Company Profile
  • Exhibition
  • Packaging & FAQ
Overview

Basic Info.

Model NO.
KF301/45T
Performance
High Modulus Type
State
Yarn
Mechanical Property
High-Performance Type
Spec
3K/12K/24K/48K
Diameter
5/7μm
Density
1.8g/cm3
Modulus
230-295gpa
Strength
4000-5900gpa
Transport Package
Carton Packaging
Specification
Customizable
Trademark
Hitex
Origin
China
HS Code
68151900
Production Capacity
30tons/Month

Product Description

Product Description

Carbon fiber roving denotes bundles of robust carbon fiber strands, not yet interwoven into fabric. These carbon fibers, celebrated for their extraordinary strength and feather-light nature, are meticulously derived from carbon. The creation of these fibers involves the sophisticated carbonization of foundational materials such as PAN (Polyacrylonitrile), pitch, or rayon. This process results in continuous strands that embody remarkable resilience and flexibility. These strands can be artfully twisted together, evolving into yarns that are ideally suited for various advanced applications.

Feature

Remarkable High Strength-to-Weight Ratio:
Carbon fiber stands as a paragon of engineering excellence, celebrated for its unparalleled strength-to-weight ratio that delivers supreme performance. This extraordinary characteristic makes carbon fiber roving the quintessential choice for industries where superior strength combined with minimal weight is paramount. Ideal for cutting-edge applications across aerospace, automotive, sports equipment, and wind energy sectors, carbon fiber fulfills the demanding needs of futuristic designs.
Exceptional Corrosion Resistance:
In stark contrast to traditional metals, carbon fiber exhibits remarkable resilience against corrosion, ensuring longevity and reliability in environments subject to corrosive elements. This makes it the perfect choice for constructions and structures that must endure harsh weather conditions and challenging environments.
Advanced Thermal Conductivity and Expansion Characteristics:
Carbon fiber is distinguished by its exceptional thermal properties, featuring low thermal expansion to maintain its form and integrity across diverse temperature ranges. Certain variants of carbon fiber also boast high thermal conductivity, making them invaluable in applications demanding efficient heat dissipation, such as electronic devices, ensuring optimal performance and longevity.
Unparalleled Lightweight Attributes:
The inherently lightweight nature of carbon fiber composites serves as a catalyst for enhanced fuel efficiency in aviation and automotive industries, while simultaneously elevating the performance standards of sports equipment. This results in cost-effectiveness and superior competitiveness in high-demand sectors.
Superior Electrical Conductivity:
Inherent electrical conductivity of carbon fiber presents significant advantages in specialized applications, providing effective solutions for static dissipation, electromagnetic shielding, and electrical conductivity needs. This versatile feature expands its usability across diverse technological and industrial domains.

Application

Aerospace and Aviation:
Carbon fiber roving is a game-changer in the aerospace industry, playing a pivotal role in crafting wings, tails, fuselages, and propellers. The material's remarkable lightweight nature coupled with extraordinary strength significantly enhances fuel efficiency and elevates the performance of both aircraft and spacecraft, revolutionizing the way aerospace technology soars above the clouds.
Automotive Industry:
In the fast-paced automotive world, carbon fiber roving is indispensable for creating structural parts, sleek body panels, and essential components. Its ability to drastically reduce weight while maintaining robust strength is key, especially for high-performance cars and cutting-edge electric vehicles. This weight reduction translates to astonishing speed boosts and the optimization of battery efficiency, setting a new standard in automotive innovation.
Wind Energy:
In the realm of wind energy, carbon fiber roving is the unsung hero that brings wind turbines to life. It provides the strength and flexibility needed to construct lightweight blades capable of capturing vast amounts of wind energy. This allows for the creation of longer blades that push the boundaries of energy efficiency, driving the future of sustainable power.
Sporting Goods:
In the dynamic world of sporting goods, carbon fiber roving is the secret ingredient for enhancing performance. From bicycle frames and golf clubs to fishing rods and racquets, this material dramatically boosts strength, stiffness, and durability while minimizing weight. Athletes and enthusiasts alike enjoy superior performance and effortless use, transforming their sporting experiences.
Construction and Infrastructure:
In the construction and infrastructure sector, carbon fiber roving is a modern marvel used for reinforcing and repairing critical structures like bridges, buildings, and roads. It provides unparalleled strength and durability without the burden of added weight. Its resistance to corrosion makes it the perfect choice for rejuvenating aging infrastructure, ensuring longevity and reliability.
Marine Industry:
In the marine industry, carbon fiber roving is the cornerstone of innovation for boats, yachts, and essential marine infrastructure. By drastically reducing weight and enhancing strength, it improves speed and fuel efficiency. Additionally, its superb resistance to saltwater corrosion makes it an invaluable asset in marine applications, ensuring longevity and peak performance on the open seas.
Manufacturing and Industrial Applications:
In the realm of manufacturing and industrial applications, carbon fiber roving is integral to the production of cutting-edge equipment, including robotics, conveyor belts, and machinery components. Its inherent strength, stiffness, and lightweight properties contribute to operational efficiency and innovation, paving the way for the next generation of industrial advancements.

Specification
Code Spec Strength
(Gpa)
Modulus
(Gpa)
Elongation
(%)
Linear Density
(g/km)
Density
(g/cm3)
Diameter
(μm)
KF301/45 3K 4000 230 1.8 198 1.8 7
12K 4200 230 1.8 800
24K 4200 230 1,9 1600
48K 4200 240 1.8 3200
KF301/45S 12K 4500 230 1.9 800 1.8 7
24K 4500 230 1.9 1600
48K 4500 240 1.8 3200
KF301/45T 12K 4500 210 2.1 800 1.8 7
KF301/49S 12K 4900 240 2.0 800 1.8 7
24K 4900 240 2.0 1600
24K(NEW) 5500 255 2.1 1600
48K 4900 240 2.0 3200
KF301/49T 12K 4900 210 2.3 800 1.80 7
KF301/50S 36K 6000 265 2.2 1800 1.80 7
KF301/55S 12K 5900 295 2.0 450 1.79 5
24K 5900 295 2.0 900 1.79 5
KF301/55G 12K 5900 295 2.0 450 1.79 5
24K 5900 295 2.0 900 1.79 5

*Our premium ISO Certified Carbon Fiber Textile Yarn can be tailored to meet your distinct requirements, ensuring precision and excellence in every automotive part you manufacture.

Detailed Photos
Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications
Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications
Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications
Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications
Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications
Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications
Company Profile

Welcome to Hitex Insulation, your ultimate destination for premium high-temperature fabrics and textiles, crafted with precision and excellence. Our company proudly specializes in an impressive array of products designed to meet the rigorous demands of thermal insulation, welding protection, fire-fighting, and sealing applications, among others.

We take immense pride in our profound experience and expertise in the industry, guaranteeing only the finest solutions tailored to our clients' precise needs. Our team comprises highly skilled professionals dedicated to providing unparalleled products and services that adhere to the most stringent industry standards.

At Hitex Insulation, we deeply understand the critical importance of quality, durability, and performance in high-temperature fabrics and textiles. Therefore, we meticulously source materials from esteemed suppliers and manufacturers, ensuring that each product leaving our facility epitomizes the pinnacle of quality.

Our commitment to forging enduring relationships with our clients is unwavering, and we achieve this by delivering exceptional customer service and unwavering support. Whether you have inquiries about a product, need guidance in selecting the perfect solution, or require technical assistance, our team is perpetually ready to assist.

Thank you for choosing Hitex Insulation. We eagerly anticipate fulfilling all your high-temperature fabric and textile requirements with unparalleled dedication and excellence.
Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications

Exhibition
Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications
Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications
Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications
Packaging & FAQ
Q1. Are you a trading company or a manufacturer?
We are proud to be a manufacturer with over a decade of production expertise, boasting our own dedicated factory located in Yuyao.

Q2. Can you provide a sample? Is there any cost associated?
Yes, we are pleased to offer complimentary samples, though you would be responsible for the courier charges.

Q3. What are the available modes of transportation?
We offer flexible shipping options, including both sea and air transport.

Q4. What is the estimated delivery time?
Typically, delivery is estimated to occur within 2-3 weeks following order confirmation.

Q5. Is it possible to produce customized goods?
Absolutely, we specialize in tailoring products to meet your specific requirements.

Q6. What types of payment do you accept?
We accommodate various payment methods including T/T, D/A, L/C, D/P, and O/A.
Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications

Ultra-Light Carbon Fiber Yarn for 3D Printing Thermal Insulation and Electrical Industry Applications


 

 

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