Taking care of functional details and using the best performing technical equipment like the Olimunllum® light weight components, means not only that the race bike is ready for the rider, it makes the rider feel proud of his ride, and believe me, this makes more than just tenths of a second.
Showing posts with label Carbon Fiber. Show all posts
Showing posts with label Carbon Fiber. Show all posts
Wednesday, September 28, 2011
Check out the new Celtibero Spot!
To be shown from 7th November on MotorsTV broadcast full coverage of all six rounds of the 2011 Pozzani UK Grand National Championship.
Video edition: Racerfish, Zurich, Switzerland
Published by Beatriz Salvado
Monday, September 5, 2011
Damping properties comparision of Olimunllum® QI-Grade against standard carbon composites
published by Beatriz Salvado
Thursday, June 23, 2011
OLIMUNLLUM® QI-GRADE [CARBON FIBRE REINFORCED HIGH PERFORMANCE RACING COMPONENTS for Motocross, Enduro, Supermotard, Flattrack, Speedway, Trial and Road Racing]
The high tenacity of the reinforcing carbon fibres, the strenght, excellent impact, creep and temperature resistance of Olimunllum®, makes it our choice for engine mounts, chain wheels, chain guides and hand guards.
MATERIAL GENERAL DATA:
Olimunllum® carbon fiber reinforced thermoplastic offers:
- excellent impact strenght and creep resistance
- very low coeff. of friction (0.15-0.25)
- high stiffness
- high damping (less vibrations) >15% higher than CF/Epoxy
- high chemical and corrosion resitance
- continuous service-temperature up to 250°C
- minimum weight (1/2 of Aluminum, 1/3 of Titanium, 1/5 of Steel)
Olimunllum® vs. Metals:
Comparision of main relevant mechanical properties of Olimunllum® against Steel and Aluminum.
Stress-Strain comparision:
Material properties, Olimunllum® QI-Grade:
Damping properties comparision of Olimunllum® QI-Grade against standard composites:
We, at Celtibero, keep focused on developing your low weight, high performance racing components for Motocross, Enduro, Supermotard, Flattrack, Speedway, Trial and Road Racing.
European, Italian and Swiss Motocross Championship riders like Mario Bertocchi, Robby Bottesi, four times Enduro World Champion Ivan Cervantes, Flattrack aces Aidan Collins, Jacopo Monti among others are already riding with Celtibero racing components.
“That the Olimunllum® race products do also look unique is not a coincidence. Real performance seldom looks wrong”.
MATERIAL GENERAL DATA:
Olimunllum® carbon fiber reinforced thermoplastic offers:
- excellent impact strenght and creep resistance
- very low coeff. of friction (0.15-0.25)
- high stiffness
- high damping (less vibrations) >15% higher than CF/Epoxy
- high chemical and corrosion resitance
- continuous service-temperature up to 250°C
- minimum weight (1/2 of Aluminum, 1/3 of Titanium, 1/5 of Steel)
Olimunllum® vs. Metals:
Comparision of main relevant mechanical properties of Olimunllum® against Steel and Aluminum.
Stress-Strain comparision:
Material properties, Olimunllum® QI-Grade:
Damping properties comparision of Olimunllum® QI-Grade against standard composites:
We, at Celtibero, keep focused on developing your low weight, high performance racing components for Motocross, Enduro, Supermotard, Flattrack, Speedway, Trial and Road Racing.
European, Italian and Swiss Motocross Championship riders like Mario Bertocchi, Robby Bottesi, four times Enduro World Champion Ivan Cervantes, Flattrack aces Aidan Collins, Jacopo Monti among others are already riding with Celtibero racing components.
“That the Olimunllum® race products do also look unique is not a coincidence. Real performance seldom looks wrong”.
Tuesday, May 24, 2011
Celtibero high performance racing parts
That the Olimunllum® race products do also look unique is not a coincidence. Real performance seldom looks wrong.
Olimunllum® is the sum of the proven high performance fibre and the probably most preciously engineered plastic of our time. The result is the high tenacity of the reinforcing fibers paired with the strenght, excellent impact, creep and temperature resistance of the polymer, that makes Olimunllum® our choice for dynamic structural parts -like engine mounts-, wear resistant components -like chain wheels-, and heat resistance products -like our exhaust systems-.
Olimunllum® also exhibits a damping characteristic unseen in classic composites, which significantly reduces vibrations. Add chemical and corrosion resistance, as well as 250°C continuous use temperature, and see Olimunllum® components adapted for the use in the most arduous environment.
Main material characteristics
- minimum weight (1/3 of Titanium, 1/5 of Steel)
- very high strength
- excellent impact strength and creep resistance
- high damping (less vibrations) > 15% higher than conventional carbon fibre composites
- high chemical, corrosion and temperature resistance (250°C continuous use)
Olimunllum® is the sum of the proven high performance fibre and the probably most preciously engineered plastic of our time. The result is the high tenacity of the reinforcing fibers paired with the strenght, excellent impact, creep and temperature resistance of the polymer, that makes Olimunllum® our choice for dynamic structural parts -like engine mounts-, wear resistant components -like chain wheels-, and heat resistance products -like our exhaust systems-.
Olimunllum® also exhibits a damping characteristic unseen in classic composites, which significantly reduces vibrations. Add chemical and corrosion resistance, as well as 250°C continuous use temperature, and see Olimunllum® components adapted for the use in the most arduous environment.
Main material characteristics
- minimum weight (1/3 of Titanium, 1/5 of Steel)
- very high strength
- excellent impact strength and creep resistance
- high damping (less vibrations) > 15% higher than conventional carbon fibre composites
- high chemical, corrosion and temperature resistance (250°C continuous use)
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