Saturday, October 20, 2007
Monday, October 8, 2007
2007 Toyota Tundra Wheels
We now offer several custom wheels for 2007 Toyota Tundra. Picture shown with 20" M58 Black Finish, also equipped with Revtek lift kit.
20" and 22" custom wheels in chrome and black paint finish are available in following sytles.
Go to mkwalloy.com to see complete detail.
Thursday, August 23, 2007
Flow Forming & M74
In continuous effort to bring the best possible product to the market MKW added Flow Forming machine to its already state of the art facility. Combining Liquid Forging with Flow Forming technology MKW is able to produce lightest possible wheel. M74 becomes the first MKW wheel produced using both Liquid Forging and Flow Foaming technology.
M74 that only weighs 17 pounds will be available in 17" on Hyper Silver and Hyper Black finish. With 1500 pound load rating this wheel is available not only for compact cars but also for mid size vehicles as well.
M74 Hyper Black

M74 Hyper Silver
M74 that only weighs 17 pounds will be available in 17" on Hyper Silver and Hyper Black finish. With 1500 pound load rating this wheel is available not only for compact cars but also for mid size vehicles as well.
M74 Hyper Black
M74 Hyper Silver
Friday, July 13, 2007
Kelly Austin
R. Kelly Austin, vice president of MKW Alloy Inc., will take office this month as chairman of the SEMA's Wheel & Tire Counsil 2007-2009 board. He will be installed at the SEMA Installation Banquet on July 27, in Irvine, CA.
Congratulations, Kelly.
MKW has been member of SEMA since the year of establishment 1999.
Congratulations, Kelly.
MKW has been member of SEMA since the year of establishment 1999.
Friday, July 6, 2007
Wednesday, May 23, 2007
Liquid Forging
MKW brings Liquid Forging technology to wheel industry with new line up of Bazo Forged Wheels.
The advanced proprietary Liquid Forging technology allows Bazo Forged wheels to be 25% lighter than cast wheels, resulting in greater braking efficiency and longer miles to the gallon for your automobile. As a one-piece forged wheel, its durability is significantly increased compared to a multi-piece forged wheel. This technology allows our customers with the piece of mind that the air will not leak through the seal and that the bolts will not rust inside and out. In addition, it allows innovative styling by carving new angles and curves that were not available through traditional milling machines.
More on Liquid Forging.
Liquid Forging is an upgraded method of construction from existing semi-solid forging method, and a new method that is a combination of casting and forging. During the first stage of Liquid Forging, a mold is slowly filled with liquied metal and then compulsively pressed from the lower half with high pressure, ranging from 800~1000 kg/cm^2. In the second stage, the metal is pressed with pressure ranging from 3000~4000 kg/cm^2 from the upper part of the mold. This causes the metal to form and solidify.
Aluminum wheels produced using Liquid Forging has the same degree of strength as a forged product, yet remains very light, with a reduced thickness. The slimmer yet just as strong wheels are due to the extremely high pressure of Liquid Forging, and the specialty of making the solidifying liquid metal's micro structure very fine.
The advanced proprietary Liquid Forging technology allows Bazo Forged wheels to be 25% lighter than cast wheels, resulting in greater braking efficiency and longer miles to the gallon for your automobile. As a one-piece forged wheel, its durability is significantly increased compared to a multi-piece forged wheel. This technology allows our customers with the piece of mind that the air will not leak through the seal and that the bolts will not rust inside and out. In addition, it allows innovative styling by carving new angles and curves that were not available through traditional milling machines.
More on Liquid Forging.
Liquid Forging is an upgraded method of construction from existing semi-solid forging method, and a new method that is a combination of casting and forging. During the first stage of Liquid Forging, a mold is slowly filled with liquied metal and then compulsively pressed from the lower half with high pressure, ranging from 800~1000 kg/cm^2. In the second stage, the metal is pressed with pressure ranging from 3000~4000 kg/cm^2 from the upper part of the mold. This causes the metal to form and solidify.
Aluminum wheels produced using Liquid Forging has the same degree of strength as a forged product, yet remains very light, with a reduced thickness. The slimmer yet just as strong wheels are due to the extremely high pressure of Liquid Forging, and the specialty of making the solidifying liquid metal's micro structure very fine.
Saturday, May 5, 2007
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