Turbo Works

Flexible pipe for generator Fi76 L150mm Standard 201SS
 
Stainless steel flexible pipe.
 
Length: 15 cm
 
Inner diameter: 76 mm

Flexible Pipe for Generator Fi76 L200mm Pro 304SS

Flexible pipe made of stainless steel.
 
Length: 20 cm
 
Inner diameter: 76 mm

Flexible Pipe for Generator Fi76 L150mm Pro 304SS

Professional exhaust flexible pipe, made of stainless steel.
 
Stronger than standard.
 
Thanks to its design, it facilitates bending in the exhaust system.
 
Internal diameter: 76 mm

Flexible pipe for generation Fi76 L250mm Pro 304SS

Professional flexible exhaust pipe, made of stainless steel.
 
Stronger than standard ones.
 
Thanks to its construction, it facilitates bending in the exhaust system.
 
Inner diameter: 76 mm

Exhaust Flex Pipe, 57mm, L200mm, Reinforced, 304SS

Professional exhaust flex pipe, made of stainless steel.
 
Stronger than standard ones.
 
Thanks to its design, it facilitates bending in the exhaust system.
 
Internal diameter: 57 mm

Flexible pipe for exhaust system, 63mm diameter, 250mm length, Pro 304SS

Professional exhaust flexible pipe, made of stainless steel.
 
Stronger than standard ones.
 
Thanks to its design, it facilitates bending in the exhaust system.
 
Inner diameter: 63 mm

Flexible pipe for generation Fi89 L200mm Pro 304SS

Professional flexible exhaust pipe, made of stainless steel.
 
Stronger than standard ones.
 
Thanks to its design, it facilitates bending in the exhaust system.
 
Inner diameter: 89 mm

Flexible pipe for exhaust system Fi101 L200mm Pro 304SS

Professional flexible pipe for exhaust systems, made of stainless steel.
 
Stronger than standard.
 
Thanks to its design, it facilitates bending in the exhaust system.
 
Inner diameter: 101 mm

Sleeve for generation 76x125mm
 
Suitable for generation with diameter: 76 mm
Length: 125 mm

Flue pipe socket 63x125mm
 
Suitable for flue pipes with diameter: 63 mm
Length: 125 mm

Thermal tape for generation 50mm x 2mm x 15m, titanium, TurboWorks
 
Dimensions:
 
Width: 50 mm
Thickness: 2 mm
Length: 15 m
 
Reduces heat loss, thereby reducing power loss.Thermal strength up to 1600 degrees Celsius.Ceramic fiber bandage.

Heat wrap for exhaust, 50mm x 1mm x 10m, black, TurboWorks
 
Dimensions:
 
Width: 50 mm
Thickness: 1 mm
Length: 10 m
 
Reduces heat loss, thereby reducing power loss. Thermal resistance up to 800 degrees Celsius. Ceramic fiber bandage.

Thermal heat wrap, 50mm x 2mm x 10m, Titanium, TurboWorks
 
Dimensions:
 
Width: 50 mm
Thickness: 2 mm
Length: 10 m
 
Reduces heat loss, thereby reducing power losses. Thermal resistance up to 1600 degrees Celsius. Ceramic fiber wrap.

Thermal heat wrap for exhaust 50mm x 2mm x 15m, black, TurboWorks

Dimensions:

Width: 50 mm
Thickness: 2 mm
Length: 15m

Reduces heat loss, thereby reducing power losses. Thermal resistance up to 800 degrees Celsius. Ceramic fiber bandaging.

Thermal tape for generation 50mm x 4.5m, gold

Made of fiberglass, coated with a layer of metalized polyamide.Thermal resistance (heat radiation) up to 500 degrees Celsius.Thermal strength (direct contact) up to 250 degrees Celsius.Dimensions:Width: 50 mmLength: 4.5 m

Thermal heat wrap for exhaust 25mm x 9m, gold

Made of fiberglass, coated with a layer of metallized polyamide.Thermal resistance (heat radiation) up to 500 degrees Celsius.Thermal resistance (direct contact) up to 250 degrees Celsius.Dimensions:Width: 25 mmLength: 9m

Heat wrap for exhaust 50mm x 0.8mm 4.5m, aluminum
 
Thermal resistance up to 800 degrees Celsius. Aluminum fiberglass bandage. Dimensions: Width: 50 mm Thickness: 0.8 mm Length: 4.5m

Exhaust wrap for generation 50mm x 2mm x 10m, black, TurboWorks
 
Dimensions:
 
Width: 50 mm
Thickness: 2 mm
Length: 10m
 
Reduces heat loss, thereby reducing power losses. Thermal resistance up to 800 degrees Celsius. Ceramic fiber bandage.

Thermal tape for generation 50mm x 1mm x 10m, titanium, TurboWorks
 
Dimensions:
 
Width: 50 mm
Thickness: 1 mm
Length: 10m
 
Reduces heat loss, thereby reducing power loss. Thermal resistance up to 1600 degrees Celsius. Ceramic fiber bandaging.

Epman T3 Titanium Turbo Blanket
The blanket is designed to lower the temperature under the hood of the car by thermally insulating the turbocharger. The heat from the turbocharger is contained within the system, which increases the temperature of the exhaust gases and increases the speed at which they exit. The retained heat also has a positive effect on the temperature of the cooling elements, such as the intercooler or oil cooler. Thermal resistance up to 1600 C. The set includes a blanket and springs that hold the blanket to the turbocharger. The inner layer is further reinforced with a stainless steel mesh.

Epman Turbocharger Heat Blanket T25 T28 T3

T25, T28, T3
Garrett GT25, GT28, GT30, GT32, GT35, GT37

The blanket is designed to lower the temperature under the car's hood by thermally insulating the turbocharger. The heat of the turbocharger is contained within the system, which increases the temperature of the exhaust gases and accelerates their exit. The retained heat also positively affects the temperature of cooling elements, such as the intercooler or radiator. Thermal resistance up to 1100°C. The set includes a blanket and springs that hold the blanket to the turbocharger. The inner layer is additionally reinforced with a stainless steel mesh.

Epman Titanium Turbo Blanket for T2 T25 T28 GT30 T35 Turbocharger The blanket is designed to lower the temperature under the car's hood by thermally insulating the turbine. The heat from the turbocharger is contained within the system, which increases the exhaust gas temperature and the speed at which the exhaust gases exit. The contained heat also has a positive effect on the temperature of cooling components, such as an intercooler or oil cooler. Thermal resistance up to 1100 C. The set includes the blanket and springs that secure the blanket to the turbine. The inner layer is additionally reinforced with stainless steel mesh.

Titanium turbo blanket for T4 turbocharger.
The blanket is designed to lower the temperature under the car's hood by insulating the turbo. The heat from the turbocharger is contained within the system, which increases the exhaust gas temperature and the speed at which the exhaust gases exit. The retained heat also has a positive effect on the temperature of cooling components, such as the intercooler or oil cooler. Thermal resistance up to 1250 C. The set includes the blanket and springs that hold the blanket to the turbo. The inner layer is additionally reinforced with a stainless steel mesh.

Carbon fiber turbo blanket for T3 turbocharger
The blanket is designed to lower the temperature under the car's hood by thermally insulating the turbine. The turbocharger's heat is contained within the system, which increases the exhaust gas temperature and the speed at which the exhaust gases exit. The retained heat also has a positive effect on the temperature of cooling elements, such as an intercooler or oil cooler. Thermal resistance up to 1250 C. The set includes the blanket and springs that hold the blanket to the turbine. The inner layer is additionally reinforced with stainless steel mesh.

Titanium heat shield blanket for T2 turbocharger
The blanket is designed to lower the temperature under the car's hood by thermally insulating the turbine. The heat from the turbocharger is retained within the system, which increases the exhaust gas temperature and the speed at which the exhaust gases exit. The retained heat also has a positive effect on the temperature of cooling components, such as the intercooler or cooler. Thermal resistance up to 1600 C. The set includes the blanket and springs that hold the blanket to the turbine. The inner layer is additionally reinforced with a stainless steel mesh.

TurboWorks T3 Turbo Blanket
The blanket is designed to lower the temperature under the car's hood by thermally insulating the turbocharger. The heat from the turbocharger is contained within the system, which increases the temperature of the exhaust gases and the speed at which they exit. The retained heat also has a positive effect on the temperature of cooling components, such as the intercooler or oil cooler. Thermal resistance up to 1100°C. The set includes the blanket and springs to hold it to the turbo. The inner layer is additionally reinforced with a stainless steel mesh.

Titanium heat blanket for T25/T28 turbocharger.
The blanket is designed to lower the temperature under the car's hood by thermally insulating the turbo. The heat from the turbocharger is contained within the system, which increases the temperature of the exhaust gases and accelerates their exit. The retained heat also has a positive effect on the temperature of cooling components, such as the intercooler or oil cooler. Thermal resistance up to 1400 C. The set includes a blanket and springs to secure the blanket to the turbo. The inner layer is further reinforced with a stainless steel mesh.

Titanium heat blanket for T3 turbocharger
The blanket is designed to lower the temperature under the car's hood by insulating the turbocharger. The heat from the turbocharger is contained within the system, which increases the exhaust gas temperature and the speed at which the exhaust gases exit. The retained heat also has a positive effect on the temperature of cooling elements, such as the intercooler or oil cooler. Thermal resistance up to 1400 C. The set includes a blanket and springs to secure the blanket to the turbocharger. The inner layer is further reinforced with stainless steel mesh.

V-Band Clamp with Flanges 63mm - TurboWorks.

Flange diameter: 2.5" (63 mm)
 
Flange and clamp made of 304 stainless steel.
 
For use in turbo and exhaust systems.

Dimensions:
 
Inner diameter: 63 mm
Outer diameter (welding side): 71 mm
Outer diameter (band side): 82 mm

V-Band Clamp 76mm - TurboWorks.

Flange diameter: 3" (76 mm)
 
 
Flange and clamp made of 304 stainless steel.
For use in turbo and exhaust systems.
 
The new design allows for quick removal of the clamp.

Dimensions:
 
Inner diameter: 76 mm
Outer diameter (welding side): 84 mm
Outer diameter (band side): 94 mm