Carbon Fiber Driveshaft

Product

Contact

Bestwill Composite Co.,Ltd

Address:Room 2010 Haitong Building, 100# Qinhuai Road, Jiangning District, Nanjing

Mobile: 86-15951872137
QQ: 251950549
Zip Code: 210000
Email: sales@cfdriveshaft.com
Website:www.cfdriveshaft.com

Position: Home > Product > Composite Driveshaft 145.159
Composite Driveshaft 145.159

Composite Driveshaft 145.159

Composite  Driveshaft 145.159
Carbon Fiber Driveshafts,Composite Driveshaft, Cooling tower Driveshafts,Carbon Fiber Drive shaft

Detailed

We has the broadest selection to supply the composite drive shafts. We can supply a complete shaft that is dynamically balanced and ready to install, we also can supply the individual composite tubes and having to assemble them. We build these shafts every day, know the ins and outs of foreign drive shafts, and usually have the molds in stock ready to make the shafts when you call.

We also supplies shafts for OEM applications in Cooling tower, Wind turbine, limousines, mid-size buses, power boats, industrial drives and more.

Carbon fiber drive shafts are becoming more commonly used in automotive, commercial, industrial and marine industries. They tend to be utilized in the most demanding and specialized fields because of their unique capabilities, including:

  • Significantly reduce the weight of the drive shaft. Compared with hardened steel shaft, significantly reduced the weight of the carbon fiber axis by about 70%, including the composite pipe of the necessary metal parts, in fact, only the weight of the carbon fiber tube itself indeed is very light. General can gauge for: the longer the shaft, the greater the amount of weight loss, the effect of the composite shaft weight loss, the more obvious.
  • The critical speed is high. Because speed is set, it embodies the advantages of using carbon fiber axis on the long propulsion shafting. In other words, the distance between the bearing will be longer. Therefore, long axis are normally do not need to decorate a bearing on, at least a reduction in the number of the bearing, thus reducing the cost, reduce the shafting, reduced the parts, but also save costs and reduce the weight of the bearing support.
  • Long life, low noise, no corrosion, no friction, maintenance free, non-conductive, non-magnetic.

 

Design Feature:

 

All the carbon fiber composite shaft are designed to be lightweight, minimum weight, size is the best. Therefore, to develop a set of computer programs, in order to design the most efficient long fiber layer device (filament layering systems), the propulsion shaft with good technical characteristic. My company's carbon fiber transmission shaft is unique in the active lock system, is by cone titanium pin pin in steel or aluminum metal flange, this technique provides a economic and reliable solution to the power transmission, and is protected by patent. This kind of active lock system make the shaft system under the rated torque to 6 times higher safety coefficient, the safety factor of fatigue strength up to 3 times.

 

Successful case :

 

Since 2003, has delivered nearly 100 root carbon fiber shaft used for cooling tower system, most of them are used on the LF type series, but there are also used in automotive, wind power, environmental protection, textiles and pumping station.

Length: the length of each segment can be up to 8 meters, user requirements can be any length according to the period of combination;

Torque: carry torque of 200000 Newton meters, if the user requires more torque, also can meet the requirements;

Speed: the shaft speed of up to 300 RPM.

 

 

 

For Further information please contact us in the email : sales@cfdriveshaft.com

 

 

                                         General and Engineering Dimensions     mm

 

MODEL

SERIES

 

Material

Max DBSE@1500rpm

@1.18/1.3coefficient

Max Bore

A

 Max    B

C

OD

D

Thick-ness

E

F

 Bore    G

  Bore    H

MINDBSE

100.76

C

R

2710/2584

3223/3073

55

130

70

60

76

11

100

9

19

182

120.91

C

R

2979/2840

3543/3377

65

150

85

70

91

11

120

9

19

202

145.108

R

3849/3669

80

180

100

80

107

15

145

11

23

222

145.159

R

4729/4486

158

334

170.128

R

4215/4019

90

210

120

90

127

20

170

13

27

268

190.159

R

H

U

4729/4486

4998/4742

5203/4935

125

240

140

100

158

23

190

13

27

268

190.189

R

H

U

5093/4853

5383/5130

5602/5338

125

240

140

100

188

23

190

13

27

454

190.210.

R

H

U

5313/5049

5616/5337

5844/5554

125

240

140

100

208

23

190

13

27

494

 

            

 

                 General and Engineering Dimensions     mm

 

MODEL

SERIES

 

Material

Weight Min DBSE Kg

MR2

DBSE Kg.2

Weight Change

Kg/m

MRChange

Kg.m2/m

Continuous Torque

1.0 SF

N·m

Continuous Torque

2.0 SF

N·m

Peak Overload Torque

 

 

N·m

100.76

C

R

6

0.0096

1.01

0.92

0.0013

0.0012

300

600

900

120.91

C

R

8

0.024

1.52

1.38

0.0029

0.0027

540

1080

1620

145.108

R

14

0.036

1.60

0.0043

875

1750

2625

145.159

R

14.5

0.042

2.76

0.017

170.128

R

20

0.073

2.07

0.008

1350

2700

4050

 

190.159

R

H

U

29

0.130

2.76

2.76

2.76

0.017

0.017

0.017

2250

4500

6750

 

190.189

R

H

U

32

0.14

3.22

3.06

3.06

0.027

0.026

0.026

 

190.210

R

H

U

34

0.15

3.45

3.28

3.28

0.036

0.034

0.034

 

 

C—Amalgamation Carbon Fiber;R—Standard Carbon Fiber;    H—High Carbon Fiber;U—Higher Carbon Fiber;  In addition to the 100.76 type 4 points, such as graduation circle of the rest are six equal

 

Lable:Carbon Fiber Driveshafts,Composite Driveshaft, Cooling tower  Driveshafts,Carbon Fiber Drive shaft

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