OUTLET VALVE FOR VW AYT/BFH/BDL/BKK/BKL/BRK/BUB/BMV/BRJ 3.2L AXZ 3.2L BHK 3.6L FEBI BILSTEIN 26528

The engine exhaust valve is located in the cylinder head of the engine.

In order to withstand high temperatures of exhaust gases, the FEBI BILSTEIN brand Outlet valve is made of different materials:

The plate is made of heat-resistant and corrosion-resistant steels, the valve stem is made of heat-resistant steels, sometimes metallic sodium is placed in the valve stem, to reduce the thermal effect, it can be applied to the working chamfer of the valve special, wear resistant material - stellite, to increase the service life.

1. PHAETON (3D1, 3D2, 3D3, 3D4, 3D6, 3D7, 3D8, 3D9)
2. PHAETON Saloon (3D1, 3D2, 3D3, 3D4, 3D6, 3D7, 3D8, 3D9)
3. TOUAREG (7LA, 7L6, 7L7)
4. TOUAREG SUV (7LA, 7L6, 7L7)
5. GOLF IV (1J1)
6. GOLF IV (1J1, 9B1)
7. GOLF Mk IV (1J1)
8. MULTIVAN V (7HM, 7HN, 7HF, 7EF, 7EM, 7EN)
9. MULTIVAN T5 (7HM, 7HN, 7HF, 7EF, 7EM, 7EN)
10. MULTIVAN Mk V (7HM, 7HN, 7HF, 7EF, 7EM, 7EN)
11. TRANSPORTER V Platform/Chassis (7JD, 7JE, 7JL, 7JY, 7JZ, 7FD
12. TRANSPORTER T5 Platform/Chassis (7JD, 7JE, 7JL, 7JY, 7JZ, 7F
13. TRANSPORTER Mk V Platform/Chassis (7JD, 7JE, 7JL, 7JY, 7JZ,
14. EUROVAN V Platform/Chassis (7JD, 7JE, 7JL, 7JY, 7JZ, 7FD, 7F
15. TRANSPORTER V Van (7HA, 7HH, 7EA, 7EH)
16. TRANSPORTER T5 Van (7HA, 7HH, 7EA, 7EH)
17. TRANSPORTER Mk V Van (7HA, 7HH, 7EA, 7EH)
18. EUROVAN V Van (7HA, 7HH, 7EA, 7EH)
19. KOMBI V Van (7HA, 7HH, 7EA, 7EH)
20. TRANSPORTER V Bus (7HB, 7HJ, 7EB, 7EJ, 7EF, 7EG, 7HF, 7EC)
21. See more in applications

The principle of the outlet valve work

By smoothing the radius of the exhaust channel in the cylinder head, the flow of exhaust gases leaves the combustion chamber without resistance, which has a positive effect on the temperature regime of the exhaust valve.

The quick exhaust valves are designed to increase the speed of the pneumatic cylinder by reducing the air resistance in the exhaust line at the moment of the piston return stroke.

The efficient operation of the quick exhaust valves increases the frequency of activation of the pneumatic cylinders, and also allows the use of pneumatic valves with a smaller bore section, which leads to a decrease in the size and weight of the actuator and to a decrease in compressed air losses.