Dux Dental - Hemogin-L 10cc

• Measurement: 10cc volume is practical and economical
• Aluminum Chloride ensures rapid hemostasis
• Liquid allows easy, targeted application
• Non-epinephrine formula is cardiac safe
• Creates essential dry field for impressions

The Dux Dental presents Hemogin-L provides an essential clinical solution for achieving rapid and profound hemostasis, which is crucial for successful impression-taking, cementation, and restorative dentistry procedures where a dry field is mandatory. Dux Dental, a trusted supplier of specialized chemical and clinical products, engineered this liquid hemostatic agent to offer superior performance.

The active ingredient, Aluminum Chloride, acts quickly to coagulate blood proteins on the tissue surface, effectively sealing minor hemorrhage without leaving residual residue that could interfere with bonding or impression materials. The liquid format allows for easy, targeted application, typically via a dappen dish and application brush or a retraction cord that is pre-soaked, ensuring the agent reaches the depth of the gingival sulcus for complete control of bleeding and fluid. This control is vital for capturing sharp, accurate impressions of preparation margins.

The product measurement is standardized to a generous volume of 10cc, ensuring a practical and economical supply suitable for numerous clinical cases. If you are searching for the best Aluminum Chloride hemostatic liquid then its potent and reliable formulation for achieving rapid, controlled sulcular hemostasis, is best for you. The best Dux Dental Hemogin-L 10cc is non-epinephrine based, making it a safe choice for a wide range of patients, including those who may have contraindications for vasoconstrictors.

The formula is designed to minimize tissue irritation while providing powerful hemostatic action, contributing to reduced chair time and superior patient outcomes. This liquid hemostatic agent is an indispensable tool in restorative and prosthetic procedures, guaranteeing a clean, dry operating field necessary for achieving high-quality, long-lasting clinical results.