United Scientific™ Tuning Fork Set, 8 Aluminum Forks 256-512 Hz with Case

This aluminum alloy tuning fork set delivers eight precise frequencies from 256 Hz to 512 Hz, covering a full musical octave. Each fork is stamped with its Hz value and musical scale letter for quick identification during classroom instruction, individual practice, or acoustic demonstrations.

• Complete set of 8 aluminum alloy forks at 256, 288, 320, 341.3, 384, 426.6, 480, and 512 Hz
• Frequency and musical scale letter stamped on each fork for fast reference
• Aluminum alloy construction delivers consistent tone and long-lasting durability
• Custom-fitted storage case keeps all eight forks organized and protected during transport
• Suitable for music teachers, students, and acoustic research applications
• Supports pitch training, harmonic studies, and physics demonstrations

United Scientific designs educational instruments built for classroom and home learning environments. This set is well-suited to music theory instruction, physics demonstrations of sound waves and resonance, and ear training exercises.
The set is built for music educators, science teachers, and students learning about acoustics and frequency relationships. The organized case makes transport between classrooms or storage between lessons straightforward.
ALUMINUM CONSTRUCTION: Professional-grade aluminum alloy tuning forks set delivers precise frequencies from 256 Hz to 512 Hz for accurate musical and educational applications.
COMPLETE FREQUENCY RANGE: Eight tuning forks include 256, 288, 320, 341.3, 384, 426.6, 480, and 512 Hz with frequency and musical scale letters clearly stamped on each fork.
PROTECTIVE STORAGE: Custom fitted case keeps tuning forks set organized and protected during transport and storage for classroom or home use.
EDUCATIONAL APPLICATIONS: Perfect for music education, physics demonstrations, and sound therapy practices requiring precise frequency tuning forks.
READY-TO-USE SET: Complete 8-fork set covers a full octave for pitch training, harmonic studies, and acoustic experiments, with a protective case for organised storage between sessions.