Our new website for wheels, rims, hubs is now undergoing pre-publish testing.
Carbon Fiber: Toray T700SC – 12000 – 60E
TWIST: NO TWIST
SIZING: TYPE “6”
THE AVERAGE PROPERTIES OF THE LOTS ARE LISTED BELOW:
|K1218C2||5470 ||236 [24.1]||2.3||1.80||803||0.2|
MPa[kgf / mm2]
GPa[103 kgf / mm2]
103 kg / m2
NANO GRAPHENE EPOXY SYSTEM
FOR SUPERLITE MTB RIMS
We mix nanographene powder into the epoxy.
It’s efficient to improve the epoxy structure strength by around 25%.
The key technology is to make sure that the graphene powder is distributed evenly in every tiny corner.
The disadvantage is that the product would become less heat-resistant.
SO ALWAYS KEEP THE RIMS WITH NANO GRAPHENE INSIDE AWAY FROM ANY SUSPICIOUS HIGH-TEMPERATURE SOURCE.
ELASTIC AND IMPACT RESISTANT EPOXY SYSTEM FOR ROAD DISC BRAKE AND STRONG MTB RIMS
Nano graphene is good, but has limits.
So we bring in another epoxy system for our road disc brake and strong mtb rims.
The purpose is good for impact, and stable, without limitations.
This epoxy system is also applied to produce most of our other product lines.
HIGH-TEMPERATURE EPOXY SYSTEMFOR RIM BRAKES
For rim brake, the extremely high temperature generated from hard braking is always the worst killer for rims, causing around 80% rim failures.
The braking temperature would be high to 350~400 degrees during a long descending hard brake.
But normal epoxy could only take a max of 150 degrees for a while.
So we developed a special heat-resistant epoxy to handle this issue.
Although it brings out more challenges and difficulties for manufacturing, it does reduce the braking failures very remarkably into a rate around 0.2%~0.4%.