Carbon Fiber Drone Parts

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China Custom Made High Quality Carbon Fiber Parts Carbon Fiber Drone Frame Parts Drone Assembly Parts

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Description

Global Supplier In CNC Service

KROSINO CNC Machining Services Capabilities

As one of the fastest-growing precision CNC machining services suppliers in China, the following machining capabilities at Krosino are available to serve your needs of CNC machining, from rapid prototyping to precision parts and tooling machining, to end-use production.

CNC Turning: a technology through which the material block fixed on the CNC turning center or lathe rotating with high speed, while the cutting tool moving into the rotating axis to process the workpiece, to get CNC turned parts with accurate sizes.

CNC Milling: generally regarded as the most common machining process, which refers to utilizing a CNC milling cutter to do circular motion and create milled parts with certain shapes and details in a stationary piece, including slots, holes, notches, grooves, etc.

CNC Drilling: a cutting process in which the workpiece is fixed, aligning the cutter center with the hole center and rotate to produce round holes, can be done on lathes and mills.

CNC Milling and Turning: a compound machining technology in which the cutting tool and workpiece are both rotating, to produce complex curved or special-shaped parts through designed multiple kinds of tasks.

Wire EDM: EDM parts from prototypes to full production with tight tolerance and complex construction.

High quality, Competitive price, Excellent service, What you care, we always care.

1800

Factory Area

90~100

Employees

US$1500,000+

Annual Revenue

100+

Cooperative suppliers

OEM

Brands

What Is Carbon Fiber ?

Name: China Custom Made High Quality Carbon Fiber Parts Carbon Fiber Drone Frame Parts Drone Assembly Part
Brand: Suzhou Krosino Mechatronic Technology Co.,Ltd
SKU: 00103
Availability: InStock
Rating: 5 (1 reviews)

Choose from hundreds of manufacturing materials including various grades of thermoplastics, metals, and elastomers.

When selecting a material, consider the material properties, manufacturability characteristics, cosmetic appearance, and cost.

Carbon fiber is a super-strong yet lightweight material. It is five times stronger than steel, twice as stiff and around 1.5 times lighter.

Carbon Fiber is a polymer and is sometimes known as graphite fiber. It is a very strong material that is also very lightweight. Carbon fiber is five-times stronger than steel and twice as stiff. Though carbon fiber is stronger and stiffer than steel, it is lighter than steel; making it the ideal manufacturing material for many parts. These are just a few reasons why carbon fiber is favored by engineers and designers for manufacturing.

Fibers are bundled in various sizes designated in thousands (K) of fibers. 1K, 3K, 6K, 12K, 24K, 50K and others are common bundle sizes. These fibers are woven into fabric with various weave patterns. 3K fabric is most common. The various types of fiber will have the same “K” designation to indicate the number of fibers in the bundle. These numbers describe the size of the bundle used and have little to do with the quality of the fiber itself.

How is Carbon Fiber Made?

Carbon fiber is made of thin, strong crystalline filaments of carbon that is used to strengthen material. Carbon fiber can be thinner than a strand of human hair and gets its strength when twisted together like yarn. Then it can be woven together to form cloth and if needed to take a permanent shape, carbon fiber can be laid over a mold and coated in resin or plastic.
An Overview of The Carbon Fiber Manufacturing Process:

Carbon fiber is made from a process that is part chemical and part mechanical. It starts by drawing long strands of fibers and then heating them to a very high temperature without allowing contact to oxygen to prevent the fibers from burning. This is when the carbonization takes place, which is when the atoms inside of the fibers vibrate violently, expelling most of the non-carbon atoms. This leaves a fiber composed of long, tightly inter-locked chains of carbon atoms with only a few non-carbon atoms remaining.

A typical sequences used to form carbon fibers from polyacrylonitrile involves spinning, stabilizing, carbonizing, treating the surface and sizing.

Advantages Of Carbon Fiber :

1. Lasting Performance 2. Good Resilience 3. High Strength 4. Good Tenacity 5. High Corrosion Resistance 6. Excellent Structural Properties 7. UV Resistant Inhibited 8. Environmentally Safe 9. Variety Of Colors For Choice 10. Non-Magnetic Electromagnetic 11. Consistent Cross Section 12. Dimensional Stability 13. Non-Conductive Thermally And Electrically 14. Wide Temperature Range Use 15. Superior Dimensional Stability 16 . Smooth finish on surface

What Can Be Made With Carbon Fiber?

Almost anything. Because of its special characteristics, carbon fiber is very popular in many industries such as aerospace, automotive, military, and recreational applications.

Applications of Carbon Fibers for reference :

Characteristics	Applications
Good vibration damping, strength, and toughness	Loudspeakers for Hi-fi equipment, pickup arms, robot arms,Audio equipment
Physical strength, specific toughness, light weight	Aerospace, road and marine transport, sporting goods,bikes
Non-Magnetic Electromagnetic	Large generator retaining rings, radiological equipment
High dimensional stability, low coefficient of thermal expansion, and low abrasion	Missiles, aircraft brakes, aerospace antenna and support structure, large telescopes, optical benches, waveguides for stable high-frequency, precision measurement frames
Fatigue resistance, self-lubrication, high damping	genera engineering,Textile machinery, etc.
Electrical conductivity	Automobile hoods, novel tooling, casings and bases for electronic equipments, EMI and RF shielding, brushes
Chemical inertness, high corrosion resistance	Chemical industry; nuclear field; valves, seals, and pump components in process plants
UV Resistant Inhibited	Medical applications in prostheses, surgery and x-ray equipment, implants, tendon/ligament repair

What Carbon Fiber Grade Do We Often Use ?
Firstly, carbon fibers are divided into T and M grades. T is for strength, M is for toughness and M is for tensile strength. The highest level of the T grade is T1000 and the highest level of the M grade is MJ60 currently. The M grade is more difficult to produce than the T grade. T grade is widely used in aircraft, cars, high-grade bicycles and so on. The M grade can be used in rockets, spacecraft, satellites, etc.

According to the data of 2018, Toray T1400 has the highest T class and T1000 is the best in China currently. The mass production of T1100 in Japan and of T700-T800 in China. The M grade has the highest mass production of MJ60, as well as MJ65 and MJ70.

Most popular used carbon fiber in China is T300 ,T700 and T800 . The internal arrangement structure of the T300 T700 and T800 is different, raw material and produce processing are different, which makes a significant performance difference. So they have a difference in application areas.

At present, the production of carbon fiber products in the civilian market is mainly based on T300, which is a comprehensive consideration of cost performance.

What Is T300 Carbon Fiber?

T300 – Baseline carbon fiber used in aerospace applications with over 20-year service history. Has 30-year production history and is known for balanced composite properties, high quality and consistency, reliability and availability of supply. Available in 1K, 3K, 6K and 12K sizes.

What is 3K Carbon Fiber?

3K carbon fiber is the most popular, most common carbon fiber. The plate has a classic carbon fiber look. 3K is the workhorse of carbon fiber. It's light, relatively stiff, easy to find and simple to use. 3K has higher elongation to failure and a better strength than 6K, 9K or 12K.

Why Carbon Fiber Is Used In Drone ?

In summary, carbon fiber composites offer great benefit in drone making. Its malleability allows machining carbon fiber sheets into various shape relatively easy. The high percentage of carbon atoms in it gives it the advantage of high tensile strength, high stiffness, and low weight .It has a lighter weight, which is a major concern in drones. The lighter the weight the better it flies. It equally has a high strength-to-weight ratio, and very high modulus elasticity-to-weight ratio also. Similarly, it offers good corrosion resistance. A closer examination of these criteria would further reveal the increase in the use of carbon fiber parts in drones.

What Type Of Carbon Fiber Is Used For Drones?

3K carbon fiber is the most popular option, offering a nice balance of features. It is stiff, yet pliable, and durable for extended use.

How are drone frames made?
The majority of mini and micro frames are cut from carbon fiber sheet. Carbon fiber is a composite material, being made up of many layers of interwoven carbon fibers that have been rigidly cemented within a binding matrix of epoxy.

Krosino could supply different kinds of carbon fiber products according to customers' demands , we welcome any client's enquiry along with the specification and requests from all over the world .
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FAQ

FAQ-China Custom Made High Quality Carbon Fiber Parts Carbon Fiber Drone Frame Parts Drone Assembly Parts

1.What is 3K 12K carbon fiber?

3K means there are 3,000 filaments per "tow", 12K means there are 12,000. They are decussated like a web. 3K weave carbon fiber is most well known. The different weaving way makes the carbon fibers in different appearance and performance.

2. Is 3K carbon fiber strong?

A standard 3k tow is typically . 125” wide, so that is a lot of fiber packed into a small space. A 6k tow has 6,000 carbon filaments, a 12k has 12,000 filaments, and so on. This large number of high-strength fibers bundled together is what makes carbon fiber such a strong material.

3.Which material is best for drone?

Top materials used in drones:

Carbon fiber-reinforced composites .

Thermoplastics such as polyester, nylon, polystyrene, etc.

Aluminum.

Lithium ion batteries

4.What material are military drones made of?
Almost all UAV structures are made from carbon fiber composites. This is in contrast to piloted aviation, where a large percentage of the structure today is made from aluminum and titanium in addition to carbon fiber composites.

5.How are drone motors powered?

They use small DC motors. The motors have small permanent magnets made from iron and cobalt alloys. Using special alloys in the magnets makes them able to be smaller and lighter. Lithium-ion batteries are currently used to power drones as the weight to power storage ratio is better than any other battery.

6.What are drone blades made of?
UAV propeller blades are made from a variety of different materials including carbon fiber, wood and plastic. Carbon fiber blades have many advantages, including less vibration due to their stiffness, they are lighter and stronger than plastic, which also means less inertia, thus faster speed change.

Company Overview

Company Overview
An honest and trustworthy supplier who sticks to the quality first will let you reduce a lot of losses and save costs.
Good reputation makes us win many good partners from all over the world .

Our advantages

1.Many years experience as a global supplier in manufacturing and exporting service
2. Quick samples delivery service and produce according to your BOM.
3. Professional production team, strictly quality control department, experienced sales department, foreign trade operation department to serve you .
4. One-stop solution for our customers .
5. Customized size and OEM/ODM service acceptable.
6. 100% inspect before deliver ,3 years quality warranty and long term after-service .
7. Flexible payment way to make your money safe.
8.Besides our own factories , we also invested in other three related factories and more than 100 long term experienced partners to guarantee that any kind of your products can be fabricated here .