Whiteline BWR25XZ Sway Bar 24mm Extra Heavy Duty Blade Adjustable by Whiteline
Featuring premium anodized alloy materials, Whiteline alloy products are anodized providing a long-lasting protective barrier to corrosion and wear but they look great too. Whiteline sway bar mounts utilise the latest technology synthetic elastomer combined with effective designs such as the internal bore knurling and grease retention lips for optimum lubrication & performance. Protective plating on all metal components acts as a hard skin that is much tougher than conventional paint allowing this product to withstand the toughest conditions and resist corrosion for years to come. PTFE lining provides an extraordinary low coefficient of friction eliminating the need to lubricate the bushing. DIY Lateral locks prevent shifting or sideways movement of the sway bar under lateral (cornering) loads. Take control with multi-point adjustment that allow the driver to fine tune vehicle characteristics to suit their driving preference or conditions. In fact, benefits extend to improvements in handling, safety and tyre wear without affecting ride quality or comfort. Engineered to 'Activate More Grip', sway bars are principally designed to reduce body roll or sway. Whiteline's latest technology synthetic elastomer formulation boasts resistance to oil, grease, ozone and weathering. &. Larger diameter sway bars offer a higher torsional resistance which in turn increases overall roll stiffness. This Whiteline 24mm 2 point adjustable sway bar = more grip = better handling = outright performance - it's the best dollar for dollar handling improvement you can make to your vehicle.
Tags: Whiteline BWR25XZ Sway Bar 24mm Extra Heavy Duty Blade Adjustable by Whiteline
More products in category..
Whiteline's latest technology synthetic elastomer formulation boasts resistance to oil, grease, ozone and weathering By eliminating flex and compliance associated with original equipment, these high strength links are engineered to increase sway bar effectiveness and improve overall performance, increased rigidity and responsiveness which can be felt especially during lane changes and initial turn...