[GEOTITLE]
[GEOADDRESSONE]
[GEOADDRESSTWO]
[GEOPHONE]
Directions
Store Hours
[GEOHOURSMONDAY]
[GEOHOURSTUESDAY]
[GEOHOURSWEDNSDAY]
[GEOHOURSTHURSDAY]
[GEOHOURSFRIDAY]
[GEOHOURSSATURDAY]
[GEOHOURSSUNDAY]
Change Location
Current Location
[GEOTITLE]
[GEOADDRESSONE]
[GEOADDRESSTWO]
[GEOPHONE]
|
Directions
Store Hours
[GEOHOURSMONDAY]
[GEOHOURSTUESDAY]
[GEOHOURSWEDNSDAY]
[GEOHOURSTHURSDAY]
[GEOHOURSFRIDAY]
[GEOHOURSSATURDAY]
[GEOHOURSSUNDAY]
Change Location
Go
Use current location
(732) 572-2060
900 Raritan Avenue-Route 27
Highland Park, NJ 08904
More than just a tire store!
Home
Tires
Shop For Tires
Request a Quote
Car, Truck & SUV Tires
Tire Care Tips
Automotive Services
Our Services
Schedule A Repair
Car Care Tips
Fleet Services
Other Services
Coupons
About
Customer Reviews
News Center
Contact
Find Us
Employment
Filter By
Tire Catalog
Back to Search Results
Bridgestone Turanza T001 RFT
205/55ZR17
225/45R17
225/50R18
225/50ZR18
225/55R17
225/55R17
225/55ZR17
Features
NOISE REDUCTION GROOVES / Closed-ended side branches in the tread groove create tiny "Helmholtz" silencers that capture and absorb noise.
FLAT CONTACT PATCH TYRE PROFILE / Unlike conventional rounded tyre profiles, the Flat Contact Patch (FCP) provides a better contact area where the tread meets the road. This design prevents unwanted tyre deformations and helps to minimise shoulder wear for longer tyre life.
NANOPRO-TECH TREAD COMPOUND / Molecularly optimised tyre materials realize unparalleled performance on wet roads and high efficiency for lower rolling resistance.
HIGH-ANGLE BLOCKS / Placing slanted grooves at 60 degrees in the lugs help to prevent tyre deformation. By maintaining a stable contact patch where the tyre meets the road, this advanced tread design delivers better braking.
RUN-FLAT TECHNOLOGY (RFT) / RFT tyres are engineered with strong self-supporting sidewalls to continue carrying the weight of the vehicle after complete pressure loss. Drive up to 80 km at up to 80km/h miles after a puncture to reach a safe place to stop with RFT tyres. *Reparability of RFT tyre depends on the tyre damage, amount of pressure loss, and vehicle operating conditions.
NOISE REDUCTION GROOVES / Closed-ended side branches in the tread groove create tiny "Helmholtz" silencers that capture and absorb noise.
FLAT CONTACT PATCH TYRE PROFILE / Unlike conventional rounded tyre profiles, the Flat Contact Patch (FCP) provides a better contact area where the tread meets the road. This design prevents unwanted tyre deformations and helps to minimise shoulder wear for longer tyre life.
NANOPRO-TECH TREAD COMPOUND / Molecularly optimised tyre materials realize unparalleled performance on wet roads and high efficiency for lower rolling resistance.
HIGH-ANGLE BLOCKS / Placing slanted grooves at 60 degrees in the lugs help to prevent tyre deformation. By maintaining a stable contact patch where the tyre meets the road, this advanced tread design delivers better braking.
RUN-FLAT TECHNOLOGY (RFT) / RFT tyres are engineered with strong self-supporting sidewalls to continue carrying the weight of the vehicle after complete pressure loss. Drive up to 80 km at up to 80km/h miles after a puncture to reach a safe place to stop with RFT tyres. *Reparability of RFT tyre depends on the tyre damage, amount of pressure loss, and vehicle operating conditions.
Tires & Wheels
Michelin®
BFGoodrich®
Uniroyal®
Bridgestone
Firestone
Continental
Services
Tire Services
Transmission Repair
Vehicle Inspections
Batteries
Oil & Filter Change
Brake Repair
Contact Us
Email:
[email protected]
Phone:
(732) 572-2060
Fax:
Address:
900 Raritan Avenue-Route 27
Highland Park, NJ 08904
About
Home
Tires
Automotive Services
Coupons
About
Contact
Employment
Visit Our Shop
Contact Us
Email:
[email protected]
Phone:
(732) 572-2060
Fax:
Address:
900 Raritan Avenue-Route 27
Highland Park, NJ 08904
.
Powered by Net Driven
Login
Schwartz & Nagle Tires and Automotive
900 Raritan Avenue-Route 27,
Highland Park, NJ 08904
Phone:
(732) 572-2060
Fax:
08904
40.50238,-74.42003
Uh oh!
Page not found!
Sorry the page you are looking for may have been moved or deleted.
Please click anywhere to
continue browsing our site.