Tommi Rims - The most affordable flow-formed lightweight rims in the market!

Price per set after trade In.

17" TOMMI RIMS (7KG) - $888
18" TOMMI RIMS (7.7-8.2KG) - $1088
19" TOMMI RIMS (9KG) - $1488 (STAGGERED ADD $100)
20" TOMMI RIMS (9.8-10.2KG) - $1788 (STAGGERED ADD $100)

Price includes:
✅ Installation
✅ Balancing
✅ Nitrogen Gas

Drop us a DM or call us now to book an appointment with us!
Strictly by appointment basis to avoid long waiting time!

TOMMÏ Flow-Forming Wheels are all about Style, Quality and Performance.

Flow forming is one of the most advanced technique introduced to the wheel manufacturing process in recent years.
The centrepiece of this manufacturing technique involves the spinning of wheel barrel at high speed & temperature, thus extending and forming the final shape and width of the wheel. This technology requires less manufacturing materials, hence creating lightweight but stronger aluminium wheels!! This is all due to increased tensile strength of the aluminium as the result of constant stretching and compressing of the material.

Tommi Rims - The most affordable flow-formed lightweight rims in the market!

Price per set after trade In.

17" TOMMI RIMS (7KG) - $888
18" TOMMI RIMS (7.7-8.2KG) - $1088
19" TOMMI RIMS (9KG) - $1488 (STAGGERED ADD $100)
20" TOMMI RIMS (9.8-10.2KG) - $1788 (STAGGERED ADD $100)

Price includes:
✅ Installation
✅ Balancing
✅ Nitrogen Gas

Drop us a DM or call us now to book an appointment with us!
Strictly by appointment basis to avoid long waiting time!

TOMMÏ Flow-Forming Wheels are all about Style, Quality and Performance.

Flow forming is one of the most advanced technique introduced to the wheel manufacturing process in recent years.
The centrepiece of this manufacturing technique involves the spinning of wheel barrel at high speed & temperature, thus extending and forming the final shape and width of the wheel. This technology requires less manufacturing materials, hence creating lightweight but stronger aluminium wheels!! This is all due to increased tensile strength of the aluminium as the result of constant stretching and compressing of the material.