Sanus SFC22-B1 Sanus SFC22 Steel Series 22" Center Channel Speaker Stand for Speakers up to 35 lb

Optimize center-channel performance with the Sanus SFC22 Steel Series speaker stand. Designed by Sanus by Legrand for professional AV and security applications, this 22" center-channel speaker stand supports speakers up to 35 lb and delivers a stable, vibration-controlled platform for clearer dialogue and critical listening. Twin heavy-gauge steel pillars include resonance-damping rings and a concealed wire path to keep connections neat and reduce interference—ideal for conference rooms, monitoring stations, surveillance control centers, and home theater installations. The 14 x 8-inch top plate features adjustable brass isolation studs to precisely align and decouple your speaker for improved imaging, while the extra-large base with optional carpet spikes maintains secure placement on any surface. Fillable pillars let integrators add mass for enhanced isolation in challenging acoustic environments. Backed by a 5-year limited warranty, the SFC22 is a dependable choice for AV integrators and security professionals who demand repeatable performance. Add the Sanus SFC22 to your next AV or surveillance deployment to ensure clearer speech reproduction and reliable, professional-grade installation.

• Delivers clearer center-channel dialogue and music by isolating speaker vibration for improved audio intelligibility.
• Heavy-gauge steel construction and fillable twin pillars provide rock-solid stability for speakers up to 35 lb.
• 22" stand height positions center channels for optimal voice mapping in home theaters, conference rooms, and monitoring stations.
• Concealed cable path and adjustable brass isolation studs simplify installation and keep AV, security, and surveillance setups tidy.
• Extra-large steel base with optional carpet spikes ensures secure placement on carpet or hard floors for permanent or portable deployments.
• Resonance damping rings and optional mass-fill capability reduce cabinet vibration for more accurate sound reproduction.