Bont 3PF 6061

• Frame Length 
• The 3PF 6061 frame comes in 3 lengths.
• 13.2" 4x110mm,
• 12.6" 4 x100mm which will fit 105mm
• 12" 4x100mm. 
• Frame Specifications 
• Mounting: 2 point 195mm, 3 point 195mm Deck Height: (center axle to top of frame)
• 13.2": Front 48.5 Rear 59.5
• 12.6": Front 46 Rear 57
• 12": Front 43.5 Rear 54.5
• Made in: Taiwan 
• Weight 
• 13.2": 229g
• 12.6": 214g
• 12": 197g 
• Axles the axles are made of 7075 Aluminum to ensure that they never strip. 
• 2 and 3 Point 

The 3PF frame can be attached to a 195mm 2 point boot or our new 195mm 3 point boots. This gives you the most flexibility of any frame available to mix and match a setup that suits your needs. For example, indoor skaters want the flexibility of a 2 point frame whereas road skaters want the strength of a 3 point.
6061 T6 Aluminum
6061 Aluminum is a very versatile metal which makes it easy for us to extrude and machine. It has very good anti-corrosive properties and specifically for inline racing it is not a very brittle metal which is good for fighting against stress fatigue. It is a beautiful looking metal which anodizes and polishes well which allowed us to get that really expensive look on this frame. T6 - means that the 3PF frame has been solution heat treated and then artificially aged. This tempering process greatly increases the hardness of the metal. The extrusion must be held in a special jig while it is tempered to strop it from twisting.
Brilliant Finish
The 3PF 6061 frame is highly polished with beautifully beveled edges. The type of polishing that we chose is known in the industry as 'brilliant finish' simply because it is an extremely high standard of polishing. The frame is then anodized in gun metal gray and printed in black to give a very refined look.
Computer Aided Stress Testing
Bont employs the most advanced computer aided frame stress testing on the market. This ensures that every part of the frame is strong enough to withstand month after month of skating without suffering metal fatigue which is a popular cause of frame breakage. The design was then tested in our 3D simulator which tests the frames strengths and weaknesses in a real skating simulation. The design was tweaked and re-tested.