Carriage Works 42621 Billet Aluminum Bumper Grille Insert 06-11 HHR

Bumper Valance Grille InsertBillet Aluminum Bumper Grille InsertBillet Aluminum Bumper Grille Insert; Brushed; No Cutting Required; Install Time- Appr. 30 min-1 Hour;FEATURES: Made In The USAManufactured With Aircraft-Grade Billet AluminumAerospace Tolerances ensure a Perfect-FitThe Original (circa 1989) And Still the Best!A Value-Added Appearance-Enhancement AccessoryThe Consummate Choice For a Style UpgradeEasy InstallationCarriage Works is synonymous with uncompromising standards of engineering and quality. Carriage Works uses innovative cutting edge technology to pioneer and develop the highest quality genuine billet aluminum truck accessories available. The ultimate combination of lightweight, style and strength makes Carriage Works the consummate choice for a style upgrade to any vehicle. Carriage Works, Inc. established in 1981, utilizes state-of-the-art technology to manufacture high quality billet grilles and billet grille inserts, Billet dash inserts, billet accessories, billet steering wheels and Stainless Steel exhaust tips. None more famous than the Original billet grille (Circa 1989). Carriage Works grilles match the OEM body lines with engineered contours and profiles. Dowel rod uprights are less visible than V channel uprights. Dowel rod design allows the billet grille to fit within the OEM shell in Bolt-Over applications. Precise fitment is controlled by aerospace manufacturing tolerances, utilizing automation and robotics that simply guarantee a perfect fit every time. Stainless steel hardware is utilized when available to prevent rusting. Multiple SEMA Excellence awards including: Design and Engineering, Best New Product and International Products. Grilles are manufactured using 6061-T6 Aircraft-Grade aluminum. Cross-bars are machined and formed from solid stock material. Grade 6061-T6 aluminum is the hardest billet material we can purchase, while still working within the production parameters determined which minimizes the possibility of rock and