Handler Silicon/Teflon Spray - Can

Description:

Silicon/Teflon Spray � Single Can is a versatile and essential maintenance product engineered for daily use in dental laboratories. By combining silicone and Teflon-based formulas, the spray provides superior lubrication and non-stick properties that enhance efficiency in tasks involving wax patterns, molds, dies, articulator mechanics, acrylic resins, and gypsum models. Its fine, even application creates a protective film that prevents materials from adhering to tools, casting equipment, vacuum-forming surfaces, and various laboratory instruments. This is especially beneficial during the fabrication of removable dentures, orthodontic appliances, provisional restorations, and diagnostic wax-ups, where clean separation is crucial to maintaining surface accuracy and anatomical detail. The spray assists with smoother operation of articulator hinges, surveyor components, flasking systems, and mechanical devices used throughout the laboratory workflow. By reducing friction, it minimizes wear on equipment and supports long-term durability. For technicians, this results in smoother motion during fine adjustments and more consistent results during prosthetic fabrication. When used on stone or die models, the spray simplifies the removal of wax patterns, reducing the risk of fractures or margin damage. It also prevents acrylic from bonding unintentionally to flasks or processing tools, allowing easy cleanup and improving the overall quality of the finished prosthesis. Because the product is non-staining and non-corrosive, it is safe for use on metal, plastic, and stone surfaces. A single can is ideal for smaller laboratories, individual stations, or technicians who require portable, flexible use. Its precision-control spray nozzle ensures accurate application, even in delicate or narrow areas such as interproximal spaces or mold recesses. Overall, the Silicon/Teflon Spray � Single Can provides excellent performance for day-to-day dental laboratory tasks, supporting clean workflow, instrument protection, and reliable release behavior in restorative and prosthetic fabrication.