We are open and shipping today. - Monday, May 29

 

Print Friendly and PDF

Franklin Base-Bolted Sign Post System

Franklin Industries
Destination: Clearwater
Wait, shipping rates are calculating
Contact us for a price
NBW-BASEBOLT

Franklin Industries’ base-bolted sign posts

offer many of the advantages of Eze-Erect sign posts at lower cost, except there is no retaining feature. They are an economical alternative when this feature is not required.

Connection Strength 

The base-bolted connection develops the full design strength of the sign post; so comparable signs can be supported reliably.

Full Versatility 

Base-bolted sign posts will support any type of warning, regulatory or guide signs, from small signs on single posts to very large signs or sign clusters on multiple posts. Base-bolted sign posts also work well for construction and temporary signing. Franklin Industries’ base-bolted sign posts can hold your sign dependably, whatever the message.

Low Labor Costs/High Salvage Value 

Base posts, sign posts and sign panels are often reusable after impact with an errant vehicle. If damaged, sign posts can often be cut into base posts. But more importantly, because of the breakaway action, expensive sign panels, the major cost component of a sign installation, can most likely be reused.

Eze-Erect Specs 

Spacers: 1.0″ diameter x .625″ thick with .438″ hole with an elastomer insert. The spacers are zinc plated for corrosion resistance. 

Bolts:

Hex head, fully threaded Grade 9,5/16″ – 18 UNC x 2.25″ 

Washers:

5/16″ Grade 9 Nuts: Hex head, integral flanged lock nut or standard Grade 9 hex head bolt and lock washer. 

Bolts, Nuts and Washers are cadmium or zinc plated for corrosion resistance.

Application:
Franklin Industries’ base-bolted sign posts can hold your sign dependably, whatever the message.
Available To Ship Within:
24 Hours
Product Series:
U-Channel Breakaway System

Warning: This Product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.