Epoxy Marine edges
In the daily operation of laboratories, epoxy marine edges for laboratory furniture are indispensable protective components, providing reliable waterproofing and protection for various types of laboratory furniture.
Unique Structural Design Meeting Furniture Requirements
Epoxy water-blocking marine edges for laboratory furniture are designed with various shapes to fully consider the usage scenarios and structural characteristics of furniture. In addition to the common L-shaped and U-shaped strips, strip-shaped and irregular-shaped strips have also been developed for parts such as drawers and cabinet doors of laboratory benches. The strip-shaped strips can be directly embedded into the grooves on the edges of furniture, forming a seamless waterproof interface; irregular-shaped strips can be customized according to the special shapes of furniture, ensuring that every corner is effectively protected. Their surfaces are treated with anti-slip textures, which not only facilitate cleaning but also prevent experimental equipment from wearing the strips when sliding. Compared with water-blocking strips made of ordinary materials, the surface wear resistance of mar epoxy water-blocking edges is increased by about 40%.
Scientific Installation Process with Precise Adaptation
When installing epoxy marine edges for laboratory furniture, appropriate installation methods should be selected according to the materials and structures of the furniture. For metal laboratory benches, a welding installation method is adopted. First, the strips are fixed to the metal frame through high-temperature welding, and then epoxy resin adhesive is used for secondary sealing to ensure waterproofing. For wooden furniture, special epoxy resin glue is used for pasting. Before pasting, the surface of the furniture is polished and dusted to enhance the adhesion of the glue. After a scientific research institution replaced the water-blocking strips of its laboratory cabinets, the problem of cabinet decay caused by water leakage was effectively avoided, extending the service life of the furniture.
Significant Performance Advantages Compared with Traditional Materials
Epoxy marine strips for laboratory furniture have obvious performance advantages compared with traditional materials used for furniture protection. Traditional rubber water-blocking strips are prone to react with the chemical coatings on the furniture surface, causing the strips to deform and the furniture surface to be damaged; PVC water-blocking strips are prone to softening in high-temperature environments and cannot adapt to the complex temperature changes in laboratories. However, epoxy marine edges have good temperature resistance and can be used stably in an environment ranging from -20°C to 120°C. They also have excellent chemical corrosion resistance and can resist the erosion of more than 90% of common chemical reagents. Their anti-aging ability is 2 to 3 times that of traditional materials.
Wide Application in Diverse Furniture Scenarios
Epoxy marine edges for laboratory furniture play a crucial role in various types of furniture. At the bottom of fume hoods, they can prevent water droplets condensed from corrosive gases from leaking, protecting the cabinets and the floor; at the edges of medicine cabinets, they can prevent the cabinets from being corroded when medicine spills; around laboratory sink benches, they can effectively block water from overflowing, preventing the furniture from getting damp and deforming. In addition, in some precision instrument cabinets, the water-blocking strips can also play a role in dust prevention, creating a good storage environment for the instruments.
Maintenance and Usage Precautions
During use and maintenance, it is necessary to avoid scratching the surface of epoxy water marine edges with sharp tools and regularly wipe them with a neutral cleaner to keep them clean. If the adhesive is found to be loose, it should be reapplied and reinforced in a timely manner. Through correct use and maintenance, epoxy waterproof sealing edges for laboratory furniture can continuously provide efficient protection for laboratory furniture and ensure the smooth progress of laboratory work.