Installing BONOSS 30mm wheel spacers on Mercedes G Wagon can space the wheels outwards, and increase the track width. The tires have a greater track width to provide better stability to the vehicle at high speeds and while cornering.
BONOSS wheel spacers manufacturer produces wheel spacers made of high-grade forged AL6061-T6/AL7075-T6, that feature many desirable properties. Meanwhile, the matching wheel bolts adhere to ISO standard grade 12.9, all of our products have more than 50 SGS TUV authoritative test reports, and the quality is guaranteed.
2022 Mercedes-Benz G550 is positioned as an off-road vehicle, the strength of the chassis is different from the general car, while the higher ground clearance also allows the G550 to have a better ability to pass through complex roads, the role of installing wheel spacers for the G550 is to widen the track to compensate for the increased ground clearance, reducing the possibility of rolling the vehicle when turning or passing obstacles.
Like the positioning of off-road vehicles, BONOSS produces Active Cooling wheel spacers with the same strict requirements, both in terms of processing technology and in the selection of raw materials that have gone through layers of screening, the 6061-T6 and 7075-T6 aluminum alloy materials selected, tensile strength, yield strength, failure elongation are important data indicators, BONOSS through ISO, SGS, TUV, and other testing institutions to ensure that the material structure strength and other aspects of verification, to ensure that wheel spacers can be safely used. At the same time, the after-sales service of BONOSS wheel spacers is also very friendly. BONOSS provides a ten-year warranty for the quality of wheel spacers.
||42,000-45,000 psi (300-310 MPa)
||35,000-40,000 psi (241-275 MPa)
||74,000-78,000 psi (510-572 MPa)
||63,000-69,000 psi (434-503 MPa)
How to Choose Material for Wheel Spacers？
Ultimate tensile strength is the ability of a material to resist damage under the action of an external force, which can also be translated as tensile strength, or strength for short. A variety of strength indicators are used to indicate material properties, such as tensile strength, flexural strength, and shear strength, depending on how the external force acts. When a material is subjected to tensile forces, the strength property indicators are mainly yielded strength and tensile strength.
There is an essential difference between strength and hardness in concept, a very graphic example is glass, which is a hard and brittle substance with high hardness (small ratio of deformation to external force) but low strength (the small total external force that can be withstood before fracture). In the process of using wheel spacers, considering that the raw materials need to have the corresponding strength and tensile strength, hard materials are often accompanied by brittle characteristics, and finally found in aluminum alloy 6061-T6 and 7075-T6, there are also steel wheel spacers on the market, the potential disadvantage of the material is the weight, not suitable for automotive parts, easy to lead to excessive underspring weight, fuel consumption and parts wear will also annoy car owners.