Flexible Teflon Brake Hoses with Steel Braid Mercedes W212

Flexible Teflon brake hoses with steel braid Mercedes W212

• model years 2009 - 2016

• RWD or 4MATIC

*After purchase Please send us your VIN number to select the correct wiring kit.

Flexible Teflon brake hoses in steel braid of the ZPET series - DONOCIK RACING are Polish products made based on the highest quality components.

• inner diameter of the hose 3.2mm

• outer diameter of the hose 8mm ( * hose with cover in the colorless version it has an increased external thickness and a different type of reinforcement braiding, thanks to which its parameters are higher than those of hoses in other color versions)

• maximum working pressure: 275 bar (at 20'C)

• minimum burst pressure 1100 bar (at 20'C)

• maximum recommended working temperature: 130'C

• maximum working temperature: 260'C (above 130'C the maximum working pressure is reduced by 1% for each subsequent 2'C)

• minimum bend radius: 55 mm

• tips made of free-cutting steel class 230Mo7pb, galvanized (ZPET INOX series - hoses made with AISI stainless steel tips) 306 )

• possibility to choose a color version

• Increased precision of the braking system: Thanks to the steel reinforcement the hoses do not expand under pressure like hoses on rubber hoses, which ensures precise dosing and perfect modulation of the braking force. The shortened system response time translates into a shorter braking distance.

• Efficiency: Resistance to high pressures and very high temperatures.

• Safety: "Armored" construction and the highest quality materials ensure reliability in extreme conditions.

• Maintenance-free: The Teflon hose is impermeable to water vapor, protecting the brake fluid from waterlogging.

• Durability: Many years of trouble-free use secured by the Manufacturer's Warranty.

OEM: A2124280035 Thread A: outer M10x1 Thread B: inner M10x1 Length: 425mm c OEM: A2124200448 Thread A: external M10x1 Thread B: internal M10x1 Length: 375mm c In short: After installing our hoses, the user feels improved braking efficiency, which translates into better control of the vehicle and a greater sense of safety.