TSW Bathurst 19x8 Silver w/Mirror Cut Face

Description

Multiple widths make possible a staggered fitment, which involves rear wheels slightly wider than front wheels. Just as innovative as its manufacturing process is the Bathursts design, a brilliant starburst of ten ultra narrow beveled spokes that is as visually light as its actual weight. Staggered fitments combine the visual appeal of a more aggressive stance with added traction under cornering and acceleration achieved. Most importantly, the weight saving is in the outer rim of the wheel which dramatically reduces rotational mass and enhances vehicle performance. The benefit is a much lighter weight than a regular cast wheel. That strength allows TSW engineers to reduce the thickness of the outer barrel, reducing rotational mass. This alters the molecular structure and enhances the strength of the alloy. The rim of the wheels is forged at high pressure while the wheel is spun at high speed. Even the largest size of these mirror cut rotary forged rims, 20×10.5, weighs less than 25 lbs. These mirror cut rotary forged TSW racing wheels are available in multiple widths in diameters including 17,18, 19 and 20 inches. The TSW Bathurst wheels are stunning, executed in silver with a mirror cut face or a spectacular gloss gunmetal. s racing heritage, the new wheel is named for the Bathurst 1000kM race, regarded as the pinnacle of Australian motorsports. * The Bathurst is manufactured using a highly advanced production technique called Rotary Forging. In a nod to TSW?

Key Features

• These mirror cut rotary forged TSW racing wheels are available in multiple widths in diameters including 17,18, 19 and 20 inches.
• Even the largest size of these mirror cut rotary forged rims, 20×10.5, weighs less than 25 lbs.
• That strength allows TSW engineers to reduce the thickness of the outer barrel, reducing rotational mass.
• New for 2015, the new TSW Bathurst wheels are the latest in the brand’s line that employs exotic rotary forging manufacturing technology.
• This alters the molecular structure and enhances the strength of the alloy.
• Thats because the manufacturing process alters the molecular structure of the aluminum alloy in a way that increases its strength.