$196.89

• Small molar; 5.6 mm height; purple; sectional matrix band
• Full curvature wraps further around tooth; optimum anatomy
• Improved subgingival areas; increased width for wide preps
• Non-stick Slick Bands coating; prevents bonding adhesion
• 0.0022-inch stainless steel; Class II posterior restorations
• Quantity: 100 per Pack

Garrison Composi-Tight 3D Fusion Full Curve Sectional Matrix Band, Small Molar, Purple is used for Class II posterior composite restorations on small molars. The full curve band's circumferential curvature provides extended wrap around the tooth surface compared to standard sectional matrix bands, allowing the band ends to reach farther around the buccal and lingual line angles for more complete tooth encirclement and better matrix-to-tooth adaptation at the proximal box margins during condensation.

The purple Small Molar size at 5.6mm sits between the gray bicuspid format at 4.4mm and the green standard molar format at 6.6mm, covering crown heights between those two ranges. Each pack contains 100 bands, measuring 5.6mm in height and 0.038mm in stainless steel thickness. Dental offices ordering sectional matrix bands from their supplier can buy this small-molar purple size when a case falls between standard bicuspid and full-size molar dimensions. The full curvature keeps the band ends positioned out of the way of ring placement, reducing obstruction to the buccal and lingual embrasures, while the pre-contoured shape mirrors natural proximal convexity to help form a properly contoured contact without extensive post-placement shaping. The improved subgingival coverage and increased width accommodate deep subgingival margins and extra-wide preparations that a narrower standard band cannot fully cover at the cervical margin.

The band also carries the Slick Bands non-stick coating, which prevents bonding agent and composite resin from adhering to the stainless steel surface, allowing the band to be removed cleanly from the completed restoration after polymerization without the tearing force and proximal surface damage that an uncoated band can cause during removal.