Black Diamond 6 GRV Rear Disc for Alfa Romeo 147 937 All Models except GTA 00 on. Black Diamond 6 Groove Rear Solid Brake Discs To suit the following model(s): Alfa Romeo 147 (937) All Models except GTA (00 on) Black Diamond Part Number = KBD338G6 Disc Diameter = 251mm Disc Thickness = 10mm Minimum Thickness = 9mm Disc Height = 50mm Centre Bore = 59mm 5+1 Bolt / Fixing Holes These award winning Black Diamond Brake Discs are made to the highest standards using computer aided design technology and computerised production. Black Diamond's unique compound and extra heat treatment provide you with awesome braking performance, and all Black Diamond discs are Phosphate Coated to give their unique appearance. The Black Diamond G6 Range of Discs is specifically designed with 6 Curved Grooves giving you a fantastic braking response and greater friction, but at a lower price than the 12 Grooved version. Please Note: The image shown is simply a stock image for representative purposes only - not your exact discs.
Since then we have grown to become one of the largest Performance and Styling Centres in the UK, with a huge and ever increasing website, and exporting to every corner of the globe. However, our commitment to service and value has never changed.We have enjoyed such prolonged success because we deliver excellent customer service - day in, day out. Our staff are the most knowledgeable and experienced in the UK. Quotes will therefore always be for an insured courier, or tracked post, depending on the weight and value of the item. For items that are being sent within the UK via 2nd class post, please allow 3-5 days from the date of dispatch before contacting us. We will have entered an approximate dispatch time on each listing. You have 14 days from the date of receipt in which to return your item. This item is in the category "Vehicle Parts & Accessories\Car Tuning & Styling\Performance Braking\Performance Brake Discs". The seller is "larkspeedperformancecentre" and is located in this country: GB. This item can be shipped worldwide.