Material presentation

COMPARISON

OBJECTIVE:     Less weight  -  more strength

SOLUTION:      Carbon / Hybrid / Honeycomb

Inexpensive non-metal accessories and parts are mostly manufactured out of PVC / ABS or other Plastics.

Performing strength for structural use, metal is most often the only choice.

But let the above be the PAST and move on into the FUTURE !

Modern engineering calls for the above objective and HIPRO is one of the manufacturers + suppliers of this modern technology. 

                            PVC compared with Carbon & Hybrid

WEIGHT - factor

  Original PVC        ->      vs.      <-       HIPRO HYBRID

   59.163 gr. / 913 grains                                      10.503 gr. / 162 grains

(Both parts have the exact same size and form and shows a motorcycle side cover for the YAMAHA R1)

STRENGTH - factor

REMARK: The following pictures showing the HIPRO part, the same as you've seen on the scale above.

1.          2.

3.                 4.

5.                  6.

#1: The impact force is approximately 100 kg. (220 lbs.). Note the impact area with sharp edges and corners.

#2: After hammer is released. Note the flexibility of the material compared to the impact at picture #1. Also the originally sharp edges aren't damaged nor cracked, just deformed.

#3: Area inside the part after impact. Note the sharp impact edge but no crack.

#4: Gentle pressure by finger against the deformed area. The piece is back into the original shape.

#5: Inside area after deformation is corrected at picture #4.

#6: Outside area after deformation is corrected.

OVERALL: HYBRID has the flexibility to withstand tremendous impact forces without cracking or breaking apart. In addition to it's enormous strength, it is the lightest material available as of today.

HIPRO-Composites is manufacturing with HYBRID.

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HIPRO - Composites  -  West Palm Beach  -  Florida  -  USA