The sidewalk strut guy fitting is a cast hardware component used in sidewalk guy assemblies, where a rigid strut replaces an overhead guy wire to stabilize a pole without obstructing pedestrian traffic. In dense urban streets, running a conventional guy strand across a sidewalk is often prohibited by right-of-way and clearance rules; the sidewalk strut solves this by transferring the guy load through a rigid member anchored at the curb or sidewalk, keeping the walking surface clear. The sidewalk strut guy fitting provides the structural interface—connecting the strut to the pole and to the anchor assembly—so the entire load path behaves as a compression brace rather than a tension wire.
Cast in ductile iron per ASTM A536 (typically Grade 65-45-12 or EN-GJS-450-10), the fitting withstands the combined compression and bending loads that rigid struts impose, which are more complex than the pure tension of an overhead guy. Its geometry typically includes a curved or angled body that wraps the pole, bolt holes for pole attachment, and a socket or eye arrangement for the strut end. Hot-dip galvanizing per ASTM A153 protects the casting against de-icing salts and urban corrosion—important because sidewalk installations sit at street level where splash and salt exposure are severe. The fitting works as a matched set with its dedicated support component, which anchors the strut at the sidewalk end; specifying both from the same supplier guarantees hole and pin alignment across the assembly.
| Parameter | Typical Value |
|---|---|
| Material | Ductile iron ASTM A536 (65-45-12) / EN-GJS-400-15, 450-10 or 500-7 |
| Rated Load | 6,000–14,000 lbs (27–62 kN) axial, per drawing |
| Hole Diameter & Spacing | 11/16"–13/16" (17.5–20.6 mm) bolt holes; spacing per drawing |
| Bolt Size | 5/8" (16 mm) or 3/4" (19 mm) machine bolts |
| Strut Interface | Socket or eye sized to strut pipe/rod end per pattern |
| Finish | Hot-dip galvanized per ASTM A153 |
| Suitable Guy Wire Size | Used with rigid strut; secondary guy strand 3/8"–1/2" where applicable |
| Weight Range | 1.5–5.0 kg per piece |
| Casting Process | Green sand casting, machined interfaces |
Installation sequence in the field: bolt the fitting to the pole at the designated height (typically 8–10 ft above grade, below the communication space), insert the strut end into the socket or pin, then set the strut at its designed angle to the sidewalk anchor where the support component is bolted down. Crews should plumb the pole and take the slack out of the assembly progressively, checking that the strut does not protrude into the pedestrian path at any point of its length.
Common applications we serve include: downtown distribution poles where crosswalk or ADA clearances forbid overhead guys; corner poles near driveways; and temporary construction-era guys later replaced by permanent struts. The ductile iron body absorbs vehicle-contact shock better than brittle grey iron, a meaningful safety margin at street level. In northern climates, specify the galvanizing weight suitable for de-icing salt exposure. For poles that also carry an overhead down guy on the opposite face, this fitting pairs with standard guy hooks and eye plates on the same structure.
We cast sidewalk strut fittings from drawings or samples, adapting: pole-wrap radius (round wood, polygonal concrete, or steel pole profiles), strut socket diameter, bolt pattern, and body angle to match your strut system. If you already have struts in service, send one fitting sample and we will match the interface exactly—critical when replacing worn fittings without touching the struts. Sampling typically takes 2–4 weeks including drawing approval and first articles.
Each lot passes: dimensional inspection against the approved drawing; mechanical testing of companion cast bars per ASTM A536; galvanizing thickness measurement; and 100% visual inspection for casting defects, with extra attention to the socket walls where compression loads concentrate. Export packaging uses cartons on pallets, 25–50 kg per carton, moisture-proofed, with customer labels and packing lists.
1. Why use a rigid strut instead of a normal guy wire over the sidewalk?
Municipal clearance and accessibility rules usually prohibit overhead guys across sidewalks; a strut keeps the walkway clear while providing equivalent pole support.
2. Do I need the matching support component?
Yes—the support component anchors the strut at the sidewalk; ordering both from us guarantees interface alignment.
3. Will the fitting fit both wood and concrete poles?
We adapt the pole-wrap radius and bolt pattern to your pole type; send the pole profile with your inquiry.
Send your strut system details or a sample fitting for a quotation within 24 hours. Contact our foundry on WhatsApp: +86 185 6156 7088 — drawings and samples available.
Need a formal quotation? Send your Sidewalk Strut Guy Fitting drawing, quantity and target price through our quotation request form — it goes straight to the foundry inbox, and we reply with a priced offer, material certificate draft and production lead time within one business day.
Professional technical research and development team to provide customers with the best solution.
Jimo District, Qingdao City, Shandong Province, China
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