Description
Neutral Buffered Formalin, 10 Percent, Clear, 2.5 Litres
Neutral Buffered Formalin, 10 Percent, Clear, 2.5 Litres is a superior quality solution that has been specially formulated to fix and preserve tissues for histological analysis. This product ensures optimal tissue fixation, allowing for accurate and reliable examination under a microscope.
With its precise formulation, Neutral Buffered Formalin maintains tissue structure and cellular components, providing exceptional histological results. Additionally, it offers excellent penetration properties, ensuring thorough fixation from the surface to the center of the specimen, facilitating comprehensive analysis.
The 10% concentration of formalin in this solution is the ideal concentration for fixation purposes, striking the perfect balance between optimal preservation and avoiding detrimental effects on tissue morphology. This buffered solution helps to maintain a consistent pH level, preventing any undesirable alterations in tissue morphology during the fixation process.
Featuring a clear formulation, this product provides maximum visibility during tissue processing and sectioning. The transparency of the solution allows for accurate observation and enables researchers and medical professionals to identify and analyze structures accurately.
Packaged in a convenient 2.5-litre container, this product offers an ample supply for laboratories and medical facilities, ensuring efficiency and ease of use during the histological process. The sturdy container is designed to prevent leakage and maintain the integrity of the solution.
Neutral Buffered Formalin, 10 Percent, Clear, 2.5 Litres is a reliable and essential tool for various applications, including research, pathology, and clinical diagnostics. Its high-quality formulation and exceptional preservation capabilities make it a trusted choice for professionals in the field.
Ensure reliable and accurate results in your histological analysis with Neutral Buffered Formalin, 10 Percent, Clear, 2.5 Litres. Trust in its ability to deliver superior tissue preservation and help facilitate insightful observations under the microscope.
