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Bmtsr Right Driveshaft for F18 3160 7618 680

Bmtsr Right Driveshaft for F18 3160 7618 680

High Strength, Ultralightt, Perfect Performance Carbon Fiber Driveshafts Suitablefor Industrial Automation Machines
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Product Introduction

With our leading technology at the same time as our spirit of innovation, mutual cooperation, benefits and development, we are going to build a prosperous future alongside one another with your esteemed enterprise for Customized Oval-shaped Carbon Fiber tubes, Tapered Carbon Tubing, Sailboat Antenna. In order to build an enterprise with excellent customer service as the core, an affinity corporate culture is particularly important. Over the years, we have taken product quality as our life, always pursued and stood at the forefront of the industry.

Xinbo Composites offers the strongest and safest driveshafts because of our proprietary tubing design and our materials. Our proprietary filament winding process allows us to get stronger performance per pound of weight. 

Carbon Fiber Driveshafts Advantages

  • Safer than steel and aluminum driveshafts.

  • Reduce Waste while Increasing Productivity and Efficiency.

  • Finished with a smooth carbon fiber outer layer and lightweight, black-anodized aluminum ends,  improves safety.

  • Carbon fiber offers maximum weight reduction & decreased MOI for more immediate acceleration & deceleration

  • Filament winding carbon fiber maximizes torsional strength both radially & laterally to improve performance in extreme racing conditions

 

Customize Carbon Fiber Driveshafts

 

 

Product Carbon Fiber Driveshafts
Material Standard Modulus / Intermediate Modulus / High Modulus / Ultra High Modulus (Optional)
Process Filament Winding Process
Surface Polished or Painted
Pattern Multi Filament Winding Angles
Ends Black-anodized aluminum
MAX OD 123mm
MAX Length 1800mm

 

OD Tolerance

 Natural Tubing: ±0.15~0.2mm
Polished Tubing: ±0.05mm
Painted Tubing: ±0.15mm

 

Application

● Industrial Automation Machines

● Racing  Vehicles

 

 
Benefits of Using Carbon Fiber Driveshafts
 
01/

More Torque

Independent testing by a trusted automotive periodical showed rear wheel horsepower increased by more than 5% with only the switch from a conventional steel driveshaft to a carbon fiber driveshaft. This is primarily due to the lighter rotational mass of the carbon fiber driveshaft. A lightweight carbon fiber driveshaft allows more engine power to be transferred to the wheels.

02/

Higher RPM

Driveline vibration is a common problem that can limit RPM. In racing scenarios, metal driveshafts experience harmonic whip, limiting usable RPM and forcing them to run the engine well below redline in each gear. A carbon fiber driveshaft was developed that allowed a 1000 RPM increase in useable engine speed and gave the engine a chance to work at its'power peak. Since 1987, many racers in all areas of motorsports have discovered the extra RPM and the resulting tuning flexibility carbon fiber driveshafts provide.

03/

Better Reliability

All drive shafts twist to some degree when torque is applied. The resistance to this twist is measured as torsional spring rate. Carbon Fiber (composite) drive shafts have a torsional spring rate a little less than aluminum and about half that of steel. The advantage of a lower spring rate is less driveline shock and a reduction of stress on other drivetrain components, as well as increased traction.

04/

Increased Safety

Carbon fiber drive shafts are built for strength for torque transfer and can be broken with a hard blow from the side. The result is that when a u-joint or yoke fails, the carbon fiber composite begins to disintegrate when it contacts the chassis. As the composite comes apart, the shaft simply turns into a bunch of loose carbon fibers instead of tearing up the driver and vehicle.

05/

Lighter Weight

A lighter carbon fiber shaft increases your fuel economy, and increases your rotational mass, which, as mentioned earlier, increases torque. It also makes installation easier.

06/

Reduced Noise, Vibration and Harmonics

A smoother ride is easier on your equipment, and easier on the operator. As a result, the carbon fiber drive shafts are subjected to less stress and tend to last longer. The same can then be said for the other components of your powertrain.

Frequently Asked Questions About Carbon Fiber Driveshafts

Q: Does a carbon fiber driveshaft make a difference?

A:You can also take advantage of higher critical speeds compared to similar-sized driveshafts in steel or aluminum. In addition, carbon fiber won't disintegrate into damaging metal pieces in the case of driveshaft failure. Instead, it will just separate into individual strands.

Q: How much HP can a carbon fiber driveshaft handle?

A: It's a common misconception to rate a driveshaft by horsepower because torque is all that affects the driveshaft. Our driveshafts have horsepower ratings listed because most customers have this info, so we list horsepower ratings of 750 to 2000 HP depending on the U-joint used. We do need torque ratings before we can recommend a particular driveshaft though.

Q: Can you use a carbon fiber driveshaft if it's been dropped?

A: While care instructions for carbon fiber driveshafts often state to replace them if they've been dropped, that's also generally listed in steel or aluminum driveshaft instructions and is not an indication of any sort of fragility on the part of carbon fiber. Like other materials, carbon fiber needs to be taken care of properly; it's the same as any other equipment you wouldn't want compromised. For example, if you dropped a brand-new $3000 billet crankshaft on the ground, would you use it? It may work, it may not – it's ultimately up to the customer, but we recommend replacing a dropped driveshaft to be safe.

Q: Can you repair a carbon fiber driveshaft?

A: Dents in your driveshaft damage the structural integrity of the shaft and can lead to an unknown amount of reduction in the shaft strength. If you have any kind of damage to your driveshaft, then we recommend that you replace it.

Q: Can I shorten an existing Carbon Fiber driveshaft?

A: Technically yes, we can, but only by a minimum of at least 4-5 inches. Our carbon fiber shafts have billet aluminum ends that extend about 4-5" (depending on tube diameter) inside the carbon fiber shaft.

Q: How long do carbon fiber shafts last?

A: Carbon Fiber shafts are a significant investment that will basically last forever so make sure you know what joint style you need and then use due diligence when deciding on which brand/model to buy.

Q: Can a carbon fiber shaft operate in a misaligned condition?

A: Yes. Accelerated U-joint wear can be a result of extreme misalignment angles, and less consistent RPM can be a result. Dirt late models run about 25 degrees of U-joint angle, which is way more than recommended, but that's what works for their cars.

Q: How do you finish a carbon fiber shaft?

A: If your shaft is 100% carbon fiber, you can sand it down and apply a final coat of all-weather epoxy over it to give the shaft that nice finish. You can also apply a coat of urethane as well. If your shaft is all or part Kevlar, sanding it down will make it quite hairy.

Q: Can a carbon fiber driveshaft flex?

A: Yes. We design them to flex a certain amount depending on the market. Winding our own tubes in-house gives us this advantage over many of our competitors in the racing and performance market.

Q: Is carbon fiber driveshaft worth it?

A: Yes, Most of us have seen the damage that a steel or aluminum driveshaft can do to the cockpit of a racecar. In the unlikely event of a failure, a carbon fiber driveshaft shreds like a broom, so there is no damage to the racer or other parts of the car.

Each Bmtsr Right Driveshaft for F18 3160 7618 680 embodies wisdom and hard work, which embodies our professionalism and customer first service tenet. Shape the quality of people and establish the foundation of management. We regard talents as the core competitiveness of our company, and attract more excellent talents by establishing a broad space for career development, excellent environment for growth of talents, and effective incentive and restraint mechanism.

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