Technology of Carbon Composites Material

RESIN FORMULAS DIFFERENT RESIN FOMULAS FOR DIFFERENT APPLICATIONS

1. Patented 240 HTG Resin Formula

DMA Test & Analysis

Glass Transition Temperature rating is 240.13 °C

Temperature reaches 270 °C resin started to be decomposed slightly

Advantages:

As High as 340 °C Heating Resistance
on lab brakeing test
High Fatigue and Damage Tolerant
Excellent Dynamic and Static Properties

Application: Patented 240 HTG Carbon Rims

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2. Patented 255 TG Resin Formula

DMA Test & Analysis

Glass Transition Temperature rating is 257.7 ºC

Advantages:

Extraordinary  High Heating Resistance
High  Regidity in brakes
High Impacting Strength
High  Stability of the resin loss rate
Better handling of lamination

Application: Patented 255 TG Carbon Rims

3. NANO GRAPHENE RESIN For Superlite Disc Brake

Application: Patented NANO GRAPHENE Rims

Advantage:
To carbon composite products, the normal epoxy resin system only supplies 5% strength contribution. The main function of resin is for moulding and curing.
With Graphene nano mesh filling technology, the  strength of resin system could be raised about 20%. That means to a carbon part with a certain weight, we can make it same strength & less weight or same weight & more strength.

4.  DISC Brake Resin Formula

DMA Test & Analysis

Glass Transition Temperature rating is 136.47 ºC

Advantages:

SK Standard Resin SKY K51
Wide processing range from 100°C to 160°C
Prepreg from hot melt process, providing least void composites
Easy-to-handle with desirable tack and resin strength
Wide Product Range according to Fiber and Resin Content
Long shelf life: more than 4 weeks at room temperature

Application:  Disc Brake Rims & Frames & Forks
& Handlebars

Our main application is disc brake carbon rims
ASD offset road disc brake rims

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RSD road disc brake rims
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5.  Toray T700 Carbon Fiber Testing Report