42 in Tall Heavy Duty Safety Bollard Post, Parking Bollard Post, 4.5 in Diameter Steel Barrier with Mounting Base and 4 Anchor Bolts, Yellow Powder Coated for Driveway, Warehouse

Produkt-Beschreibung: √ Heavy-duty Q235 carbon steel construction withstands 12,000+ lb impacts. Full-pipe welding and 7.9x7.9 base ensure 200% higher stability than hollow bollards. Rust-proof in -4°F to 120°F extremes. √ UV-resistant reflective coating enhances 30% visibility in rain/fog/darkness.√ 4.5 steel pipe absorbs 5x more dynamic energy. Reinforced base prevents tilting in high-impact areas like loading docks. Product Features: Material：‎ Q235 steelColor: YellowProduct List: 1 X Safety bollard Set

• All-Weather High-Visibility Protection: This safety bollards features UV-resistant yellow powder coating with reflective properties. Engineered for 30%+ visibility enhancement in rain, fog, or darkness, the coating withstands -40°F freeze-thaw cycles to prevent fading and oxidation.
• Industrial-Grade Steel Durability: This heavy-duty bollard utilizes Q235 carbon steel construction with full-pipe welding technology. The 7.9 x 7.9in solid base plate provides 200% larger grounding area than hollow designs, ensuring impact resistance against 12,000+ lb vehicle collisions while maintaining rust-free performance in -4°F to 120°F environments.
• Tool-Free Installation System: This parking bollard includes 4 pre-drilled holes and 4 anchor bolts for permanent installation. Achieve secure mounting in concrete/asphalt within 2 minutes using basic drills – no welding required, reducing labor costs by 70% compared to traditional methods.
• This traffic barrier serves 8+ applications: This steel parking bollard post use in parking lot boundaries, warehouse traffic guides, construction perimeters, and storefront protection. 36/42/48 inches in three height options.
• Impact-Absorbing Structural Stability: This steel bollard post delivers industry-leading stability via 4.5-inch diameter steel pipe welded to a reinforced base. The design absorbs 5x more dynamic energy than standard models, preventing tilting in high-impact zones like loading docks and drive-thrus.