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Key Features
- 11,000 lb. tensile strength rod
- 16" bendng radius
- Standard units come with swivel rod end and pulling eye
- Deluxe version includes an accessory kit
- 7/16" diameter, pultrusion processed, high strength fiberglass rod
- Frames allow for vertical or horizontal payout
- Frame size: 41-3/4"L x 16-3/4"W x 44-1/2"H
- 3/8" UNC male threaded rod end
- Low profile with wheels inside the frame width
- Steel brake handle
- Available in up to 1,500' lengths
DCD 7/16" Ruf Rod Duct Rodder
The Standard Ruf Rods include a female rod end, a swivel rod end, and a pulling eye. The Deluxe version includes following accessories: (1) Splice Connector, (1) Flexible Guide Head, (1) Roller Guide, (1) Clevis End, (1) Fiberglass Adhesive, (1) Rod Gripper, and (1) Accessory Pouch.
DCD rods are manufactured from premium materials formulated to offer the
high performance and durability.
The core of the rod is manufactured by the pultrusion process. This involves impregnating high strength continuous glass fiber filaments with a liquefied resin. The fibers are drawn into a heated die where the resin matrix is cured, bonding the fibers together and allowing mechanical loads to be transmitted through the matrix and distributed amongst the fibers. The resulting pultruded rod combines both the high stiffness required to push the rod through long distances of ducting, with the flexibility to handle tight bends without damage. This inner core is then coated with a highly durable, scratch resistant polypropylene sheath which protects the core from mechanical damage.
The core of the rod is manufactured by the pultrusion process. This involves impregnating high strength continuous glass fiber filaments with a liquefied resin. The fibers are drawn into a heated die where the resin matrix is cured, bonding the fibers together and allowing mechanical loads to be transmitted through the matrix and distributed amongst the fibers. The resulting pultruded rod combines both the high stiffness required to push the rod through long distances of ducting, with the flexibility to handle tight bends without damage. This inner core is then coated with a highly durable, scratch resistant polypropylene sheath which protects the core from mechanical damage.
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