DescriptionSabian 11623 16″ HH Suspended Cymbal delivers a beautifully warm, traditional sound that has made the HH series a favorite among concert percussionists worldwide. With its hand-hammered character and musical sensitivity, this cymbal is ideal for nuanced performances in orchestral, chamber, and educational settings.Materials and Build QualityForged from Sabian’s premium B20 bronze alloy, the HH Suspended Cymbal series is known for its artisan-level hammering and vintage tone. The 11623 model, measuring 16 inches in diameter, features a medium-thin weight that provides a delicate shimmer and rich overtones. Every cymbal is individually hand-hammered by Sabian’s expert craftspeople to ensure tonal complexity and authentic character. Its traditional lathed finish enhances both aesthetics and sound clarity.Performance and Use CaseThe 16″ HH Suspended Cymbal is highly responsive, making it well-suited for controlled rolls, subtle crescendos, and dynamic orchestral work. It blooms with a dark, gentle shimmer and projects clearly without sounding harsh. Whether used in a school percussion ensemble, professional orchestra, or chamber group, this cymbal provides the expressive capabilities needed for musical storytelling. Its size makes it especially manageable for younger performers or pieces that call for quicker response.Key Features16″ diameter for fast response and easy controlCrafted from B20 bronze alloyHand-hammered for tonal depth and vintage warmthMedium-thin weight for balanced sustain and decayIdeal for orchestral swells, soft rolls, and ensemble texturesMore InformationSee more in our Suspended Cymbals category or explore additional offerings by Sabian. For artist feedback, specs, and videos, visit the official Sabian website.ConclusionBalancing traditional tone with modern craftsmanship, the Sabian 11623 16″ HH Suspended Cymbal is a versatile addition to any percussionist’s collection. Its articulate response and warm, expressive character make it a standout choice for serious musicians who value tonal integrity and dynamic range.
