Sprednji zavorni diski Rotinger Graphite Line Tuning series, 21821, (2 kosa)

Opis

Sprednji zavorni diski Rotinger Graphite Line Tuning series 21821, pakiranje 2 kosa.

Graphite Line je Rotingerjev protikorozijski sloj, nanesen z galvanizacijo in naknadno impregnacijo z oljem. Prekriva vse notranje in zunanje površine diska ter v slani komori odoleva koroziji do 168 ur (ASTM B-117). Sloj deluje kot konzervacija, zato diskov pred vgradnjo ni treba kemično čistiti.

Izvedbe

• Standard – brez vrtanja in utorov
• T1 – z utori (Regular Slotted)
• T2 – V-utori (V-Slotted)
• T3 – vrtan (Drilled)
• T4 – vrtan z utori (Drilled & Slotted)
• T5 – vrtan z utori Plus (Drilled & Slotted Plus)
• T6 – z utori Plus (Regular Slotted Plus)
• T9 – ukrivljeni utori (Hook Slotted)

Tehnični podatki

• Os: sprednja
• Premer: 345 mm
• Višina: 52,1 mm
• Debelina / minimalna debelina: 30 / 28 mm
• Število lukenj: 5
• Vrsta diska: prezračevan
• Površinska obdelava: Graphite Line
• Omejitev: za PR številko 1LD

OEM številke

• 4G0615301
• 95B615301B

Primerjalne številke

• ATE: 24013002221
• Bosch: 0986479747
• Brembo: ,
• Jurid: 562661JC
• Textar: 92229203
• TRW: DF6149S
• Delphi: BG9110
• Zimmermann: 100335620

Vsebina paketa

• 2× zavorni disk

Primerno za

• A6 (4G2, 4GC, C7) 2.0 TFSI quattro 2015-05 2018-09 (za PR številko 1LJ; za PR številko 1LP)
• A6 Avant (4G5, 4GD, C7) 2.0 TFSI quattro 2015-05 2018-09 (za PR številko 1LP; za PR številko 1LJ)
• A6 Allroad (4GH, 4GJ, C7) 3.0 TDI quattro 2014-09 2018-09 (za PR številko 1LJ)
• A6 Allroad (4GH, 4GJ, C7) 3.0 TDI quattro 2012-01 2018-09 (za PR številko 1LJ)
• A6 Allroad (4GH, 4GJ, C7) 3.0 TDI quattro 2012-01 2016-06 (za PR številko 1LJ)
• A6 Allroad (4GH, 4GJ, C7) 3.0 TDI quattro 2015-11 2018-09 (za PR številko 1LJ)
• A6 Allroad (4GH, 4GJ, C7) 3.0 TDI quattro 2012-01 2014-12 (za PR številko 1LJ)
• A6 Allroad (4GH, 4GJ, C7) 3.0 TFSI quattro 2012-01 2014-12 (za PR številko 1LJ)
• A6 Allroad (4GH, 4GJ, C7) 3.0 TFSI quattro 2014-09 2018-09 (za PR številko 1LJ)
• Rotinger brake discs are the result of advanced cutting technology. High quality and attractive design attracts the attention of all tuning enthusiasts. Efficient design ensures reduced braking distance, braking gas emissions and improves cooling properties. Rotinger offers a wide range of brake discs for most cars. Depending on the personal choice, the customer can choose from up to five possible types of brake discs. Simple (without drilling and grooving), Slotted, Drilled and combinations thereof. Attractive slots were designed in a carefully thoughtful way. Their design ensures efficient brake pads cleaning and less turbulence of the braking dust. The original Rotinger brake disc is the result of years of research and under no circumstances can it be copied to other brake discs. Each new pattern is tested under extreme conditions in which its quality and operational safety are confirmed. Offering 1400 kinds of brake discs for more than 95% of the cars on the market. The entire manufacturing process meets all safety standards and quality standards. ISO / TS 16949: 2009, ISO 9001: 2008, ISO 14001: 2004 certificates confirm the quality of the products and the Rotinger process. Rotinger offers Tuning series and High performance brake discs. Both types can be ordered in Graphite Line design and basic or drilled design. The
• Tuning series offers excellent anti-corrosion protection combined with an attractive design that will appeal to every fan of sports brake discs. Effective styling significantly reduces the braking distance and greatly helps to drain gases when braking. Ventilation areas ensure optimal cooling of the brake disc.
• Rotinger High Performance, brake discs enriched with carbon compounds and innovative anti-corrosion protection. Increased carbon content ensures better thermal distribution, lower temperature changes and resistance to deformation of the disc under heavy braking. Thermal strain is one of the most common problems of today's vehicles, which leads to unpleasant vibrations during braking. Unique design combined with a carbon structure ensures high braking performance under all conditions