Sanus SF34-B1 Sanus SF34 Steel Series Heavy Duty Speaker Stands for Bookshelf Speakers up to 25 lb, Pair

Get consistent, professional sound and rock-steady placement with the Sanus SF34 Steel Series speaker stands by Sanus by Legrand. Built for small-to-medium bookshelf speakers, these 34-inch stands support up to 25 lb per speaker and deliver industry-grade stability and resonance control—ideal for critical listening, A/V installations, or security and surveillance monitoring rooms. Twin heavy-gauge steel pillars conceal cables for a clean aesthetic and include damping rings; they can also be filled with sand or shot to increase mass and reduce vibration. The 6" x 6.5" top plate features adjustable brass studs and neoprene pads for precise speaker alignment and secure bolt mounting. An extra-large steel base with optional carpet spikes and rubber feet keeps stands steady on carpet or hard floors, making them suitable for conference rooms, control centers, retail displays, and home theaters. Backed by a 5-year limited warranty, the SF34 pair offers a professional, long-lasting solution for both commercial and residential installations. Upgrade your speaker placement and improve monitoring accuracy—add the Sanus SF34 pair to your cart today.

• Rock-solid, vibration-reducing support: heavy-gauge steel pillars with resonance-damping rings improve clarity and consistency for critical listening or monitoring environments.
• Professional cable management: concealed wire path keeps speaker wiring tidy and secure for clean installations in A/V, security, or surveillance rooms.
• Stable on any surface: extra-large steel base with adjustable carpet spikes and rubber feet prevents tipping on carpet or hard floors.
• Customizable mass and alignment: fillable pillars (sand/shot) add weight for extra stability; adjustable brass studs and neoprene pads fine-tune speaker positioning.
• Durable, long-term performance: powder-coated steel construction and a 5-year limited warranty ensure reliable support in commercial and residential deployments.