Trailer radial tire combats irregular wear

Aug. 1, 2004
Bridgestone's new R195F trailer radial tire combines irregular wear-fighting designs for longer original tread life. R195F incorporates the Defense Groove

Bridgestone's new R195F trailer radial tire combines irregular wear-fighting designs for longer original tread life.

R195F incorporates the Defense Groove design that helps create uniform pressure across the shoulder to minimize edge wear and cupping. The patented Equalizer Rib feature combats initiation and spread of wavy wear on the main ribs, while stress relief siping along rib edges fights river wear.

This tire uses a classic straight-rib design that evacuates water from the footprint combined with cross-rib sipes for a solid grip on wet surfaces.

To enhance retreadability, the tire features thick sidewall protector ribs that fight damage and abrasion from curbing. Both sidewalls are ribbed, so when one set of protector ribs is worn away, the tire can be reversed on its wheel for continued protection. Like all Bridgestone radials, R195F's casing is engineered to be retreaded for any axle position, with four full steel belts and an all-steel casing ply.

For more information, contact BFNT, 535 Marriott Dr, PO Box 140990, Nashville TN 37214-0990.

Voice your opinion!

To join the conversation, and become an exclusive member of FleetOwner, create an account today!

Sponsored Recommendations

Going Mobile: Guide To Starting A Heavy-Duty Repair Shop

Discover if starting a heavy-duty mobile repair business is right for you. Learn the ins and outs of licensing, building, and marketing your mobile repair shop.

Expert Answers to every fleet electrification question

Just ask ABM—the authority on reliable EV integration

Route Optimization Mastery: Unleash Your Fleet's Potential

Master the road ahead and discover key considerations to elevate your delivery performance

Leveraging telematics to get the most from insurance

Fleet owners are quickly adopting telematics as part of their risk mitigation strategy. Here’s why.