C·(System) ulti-max
CFT ULTI-MAX PEARL COVERSTOCK
CFT ulti-max pearl is our newest breakthrough in Chemical Friction Technology. The CFT ulti-max pearl coverstock uses the highest concentration of the friction additive in order to maximize the chemical system. The key to CFT is creating more traction with chemical friction instead of mechanical friction. By using less mechanical friction to produce hook, the CFT ultimax pearl coverstock provides enhanced projection down the lane while saving axis rotation for more energy on the backend and through the pins.
CORE
The new Dual Flip I – Block core incorporates a top and bottom flip block over a centered mass. The centered mass creates stability while the dual flip blocks keep the core revving to the backend all the way through the pins for improved pin action.
BALL MOTION
With its Rough Buff Finish, the C · (System) ulti-max skids effortlessly through the front, saving axis rotation in the mid-lane to grab the backend for strong continuous response to friction that cuts easily through the pins on medium to medium-oily lane conditions.
REACTION SETUP
The C·(System) ulti-max can be drilled using the standard drilling techniques developed for asymmetric bowling balls.
LIGHTWEIGHT ENGINEERING
At Brunswick, the unique core shape of each individual ball is used for weights from 14 to 16 pounds. This approach to lightweight ball engineering provides bowlers with consistent ball reaction characteristics across this weight range. At 12 and 13 pounds, Brunswick uses a generic core shape with a RG-differential that is close enough to the 14 to 16 pound shape so the same drilling instructions can be used.
Part Number
60-105383-93X
Core Type
Dual Flip I - Block
Coverstock
CFT Ulti-Max Pearl
Color
Black/Red/Silver Pearl
Finishing Steps
500; 1,500 Siaair Micro Pad; Rough Buff Finish
Asymmetrical Diff.
0.017
RG Max
2.585
RG Min
2.535
RG Differential
0.050
RG Average
Center Heavy (1)
4.4 Cover Heavy (10)
Hook Potential
Low (10)
155 High (185)
Length
Early (25)
110 Long (235)
Breakpoint Shape
Smooth Arc (10)
95 Angular (100)
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