KeyPrint Key Denture Base (Monthly Specials)

KeyDenture® Base – High-Impact 3D Denture Resin Durable | Lifelike | Fast-Printing | Biocompatible KeyDenture® Base is a premium, high-impact 3D printing resin engineered for digital denture fabrication. Designed for speed, strength, and esthetics, it delivers durable, lifelike denture bases that integrate seamlessly into modern digital workflows. Available in four natural Diamond D® shades, it ensures patient satisfaction with realistic gingival appearance and comfort Key Features & Benefits: High-Impact Durability: Flexible without brittleness, ensuring long-lasting performance. Natural Esthetics: Realistic recreation of gingival tissue for enhanced patient satisfaction. Fast Printing: Low viscosity (1500–1900 cP) allows for quicker print times and efficient workflows. Biocompatible & TPO-Free: Meets ISO 10993-1 standards, ensuring safety and comfort. Digital Workflow Compatibility: Seamlessly integrates with DLP, LCD, and LED printers operating at 385–405 nm wavelengths. Excellent Retention: Ensures secure fit and function in denture applications. Technical Specifications: Strain at Break: 50% (ASTM D638-14) Flexural Modulus: 2000–3000 MPa (ISO 20795-1) Maximum Stress Intensity Factor: 1.9–2.5 MPa·m½ (ISO 20795-1) Total Fracture Work: 2500–5000 J/m² (ISO 20795-1) Water Sorption: 31.7 µg/mm³ (ISO 20795-1) Water Solubility: 0.8 µg/mm³ (ISO 20795-1) Gardner Impact: 10 in-lb Viscosity @ 25°C: 1500–1900 cP Biocompatibility: Pass (ISO 10993-1 Available Shades: Original: Classic pink tone. Light Reddish Pink: Subtle, natural hue. Chroma Essence: Enhanced color depth. Dark Veined: Rich, veined appearance for realistic aesthetics. Ordering Information: 1kg Bottles: Original (#4220430) Light Reddish Pink (#4220434) Chroma Essence (#4220432) Dark Veined (#4220431) 0.5kg Bottles: Original (#4200430) Light Reddish Pink (#4200434) Chroma Essence (#4200432) Dark Veined (#4200431) Experience the perfect blend of strength, aesthetics, and efficiency with KeyDenture® Base—your solution for modern digital denture fabrication.