Carbon Fiber Rollers Manufacturer - Tiptopcomposites.com

Carbon Fiber Rollers

Tiptop composites is a professional supplier of carbon fiber roller products. Carbon fiber roller and composite rollers are designed for reduced weight and high critical speed. Lightweight, low-inertia idler rollers allow faster web speeds, reduce vibration, decrease waste, and improve product quality.

Roller is a general term for the cylindrical parts that can be rolled on the machine. Traditional rollers are made of metal materials. Carbon fiber roller is more resistant to friction than metal rollers. It can be less damage while using and thus it can reduce unnecessary maintenance.

Advantage of composite roller:

Light weight
Low inertia
High strength
Good dynamic balance
Good fatigue resistance

Tiptop Composites

Our Expertise

DESIGN & ENGINEERING

Our design teams are experts in composite materials and manufacturing, turning your ideas into reality,
from complex large programs to smaller component projects. We have practical engineering skills and
extensive experience of composites in product development and production for a diverse range of
applications that will ensure your project is in the right way, saving time and costs. If you have a
question, please call us or request a quote.

PRODUCTION

We choose roll-wrapping process to manufacture carbon fiber tubes which combines advanced materials and skilled craftsmanship to produce lightweight, high-strength components suitable for a wide range of applications, including aerospace, automotive, sports equipment, and industrial machinery.

GRINDING

A precise and repeatable process that uses abrasive cutting to remove material. Centerless grinding
carbon fiber roller for diameter and finish adjustments precisely and efficiently.

DYNAMIC BALANCING

Dynamic balance of carbon fiber roller is tested on the roller balancing machine strictly as per
customers’ requirements, which will improve longer roll life, lower maintenance cost, less downtime as
well as increase product quality and throughput.