‘1784’ LS2/LS3/LS7 Throttle Bodies (100 mm)
Cable Driven LS2/LS3/LS7 Throttle Bodies
Designed for the popular LS2/LS3/LS7 engine swaps our 92mm and 100mm performance throttle bodies offer maximum performance for your project. Built in the USA with a new computer machined casting and top notch components, each throttle body is designed as a simple direct bolt on that can be done in just minutes. Please note these units feature a cable-style throttle linkage to ensure an easy integration to your swap application.
2,100 AED (inc. VAT)
- Extreme wear protection at all operating conditions
- Excellent viscosity-temperature behaviour
- Minimum loss through friction, more power for the engine
- Very high cleaning capability
- Low volatilization loss
- High oxidation and temperature stability
- Maximum shear stability
Application
Wolver Antifreeze & Coolant WG11 Concentrate should be mixed before pouring into the cooling circuit with water at a concentration of 33 to max. 60 vol% can be used. Applying a 50/50 ratio for the mixture of water and Wolver Antifreeze & Coolant WG11 Concentrate is recommended.
Protection against the cold / antifreeze
50 vol% in water -38 ° C
33 vol% in water -18 ° C
- High-performance and normal four-stroke petrol engines
- with multivalve technology
- with turbo charging
- with catalyst technology
- Passenger car diesel engines
- with turbo charging
- Suction diesel
- CDI- HDI- and TDI-motors
- with CDi-technology
- Direct-injection
- with catalyst technology
- Extreme wear protection
- Excellent viscosity-temperature behaviour
- Minimum loss through friction, more power for the engine
- Very high cleaning capability
- Low volatilization loss
- High oxidation and temperature stability
- Maximum shear stability
- High flow filter designed to fit 3 inch, 3 1/2 inch and 4 inch tubes (included adapter rings)
- Quality materials used throughout including washable, oiled synthetic media, urethane, and steel mesh
- Factory pre-oiled and ready to use
- Red colored filter media
- Extreme wear protection
- Excellent viscosity-temperature behaviour
- Minimum loss through friction, more power for the engine
- Very high cleaning capability
- Low volatilization loss
- High oxidation and temperature stability
- Maximum shear stability