Every material used and every step performed in manufacturing a QA1 carbon fiber driveshaft is important. Watch our video to see the manufacturing process and read below for more features and benefits.
What are the specific features of a QA1 carbon fiber driveshaft?
3M™ Matrix Resin
3M™ Matrix Resin uses spherical nano scale silica that provides improved abrasion resistance and longevity, higher compressive strength and minimal water absorption for increased torque capacity and longevity. This resin is exclusive to QA1 driveshafts and is what gives a QA1 driveshaft its distinctive blue tint.
Uniform Wall Thickness
QA1’s in-house winding machines provide a uniform wall thickness that is created by optimum fiber lay up to ensure high RPM stability as well as extreme torque capacities.
Surface Protection for Aggressive Environments
Our thoroughly engineered surface protection withstands extreme racing environments and provides worry-free performance.
Precision CNC Machined Forged Tube Yokes
Specially developed for QA1's bonding technology, these 7075 forged aluminum tube yokes are CNC machined to ensure proper axial alignment to prevent high RPM unbalance.
11 Step Bonding Procedure
QA1 has developed a proprietary 11 step bonding procedure that utilizes a high strength structural adhesive. This process ensures a better balance and minimal material waste.
High Strength Universal Joints
QA1’s driveshafts feature high strength alloy universal joints that provide durability, high torque capacity and are sealed for maximum strength and no maintenance.
High Performance Slip Yokes
QA1 offers high performance car and light truck transmission slip yokes, with more application options being added all the time all the time.
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