Freer Percussion CH3 Grey PVC Head 2 1/4 inch Chime Mallet

DescriptionFreer Percussion CH3 Grey PVC Head 2¼” Chime Mallet is expertly crafted to deliver a mellow, round tone ideal for tubular bell performances. Designed for percussionists seeking a mallet that combines warmth with clarity, this chime hammer ensures a clean, resonant sound without unwanted contact noise.Materials and Build QualityThe CH3 features a 2¼-inch head made from grey PVC, a material known for its durability and tonal warmth. The mallet’s construction provides a softer profile compared to standard chime hammers, resulting in a more subtle feel and sound. Measuring 12.5 inches in length, it offers a comfortable grip and optimal balance for precise control.Performance and Use CaseIdeal for both professional and educational environments, the Freer Percussion CH3 mallet delivers a clear, penetrating tone that can cut through ensembles without being overpowering. Its design ensures a warm, round tone with clear pitch and no contact noise, making it suitable for various musical contexts, including orchestral settings, studio recordings, and live performances. Whether used for general playing or passages requiring a softer touch, this mallet provides reliability and expressive potential.Key FeaturesHead Size: 2¼ inches (57 mm)Head Material: Grey PVCLength: 12.5 inches (31.75 cm)Design: Softer profile for a mellow, round toneSound Characteristics: Warm, round tone with clear pitch and no contact noiseIdeal for: General chime playing requiring a softer touchPackaging: Sold individuallyMore InformationExplore more tubular bell mallets in our Tubular Bells Mallets category.Visit the official product page at freerpercussion.com for full specifications and additional details.ConclusionThe Freer Percussion CH3 Grey PVC Head 2¼” Chime Mallet combines superior craftsmanship with exceptional tonal quality, making it a valuable addition to any percussionist’s toolkit. Its durable construction and balanced design ensure it meets the demands of various musical applications.