Anti Slip Silicone Pad

1. Resistance to High and Low Temperatures: The applicable temperature ranges from -40°C to 260°C, adapting to diverse experimental conditions.
2. Excellent Anti-Slip Performance: The surface texture enhances friction, effectively immobilizing experimental apparatuses and preventing sliding.
3. Soft and Highly Elastic: The 5-mm thickened material is anti-slip and noise-reducing, with a soft texture. It can be kneaded randomly without deformation and is capable of buffering vibrations.
4. Facile Cleaning: Non-toxic and odorless, it can be rinsed with water for convenient maintenance.
5. Environmentally Friendly and Non-Polluting: The material is safe and complies with the high requirements of laboratories regarding the environment and health.
6. Convenient Storage: The hanging hole design enables hanging storage, rationally utilizing the vertical space for effortless storage.

Precautions:
1. Ensure that the surface of the anti-slip silicone pad is smooth, intact, free of cracks and foreign substances adhered, with smooth edges and no burrs, to avoid causing harm to experimental items or personnel.
2. Prior to use, wipe the silicone pad and the placement surface with clean water or a neutral cleaner to remove dust, oil stains and other impurities, and ensure that the surface is dry to obtain the optimal anti-slip effect.
3. Position the anti-slip silicone pad in the appropriate location based on the specific requirements of the laboratory, such as the edge of the laboratory bench, beneath the instruments, or the area where reagent bottles are placed, to ensure its effective anti-slip function and without impeding experimental operations.
4. Although the silicone pad possesses a certain degree of corrosion resistance, prolonged exposure to strong acids, strong alkalis, organic solvents and other chemical substances may still cause damage, influencing its performance and service life.
5. If high-temperature items are to be placed on the anti-slip silicone pad, ensure that the temperature is within the tolerance range of the silicone pad to avoid aging, deformation or damage caused by high temperatures. Simultaneously, operators are required to wear protective gloves and other protective gear to prevent scalding.
6. During usage, if the anti-slip silicone pad exhibits a slipping phenomenon, promptly adjust its position or add a more adherent material, such as suction cups, between the pad and the placement surface to enhance the anti-slip effect.
7. Immediately after use, clean the anti-slip silicone pad with clean water or a neutral cleaner to remove surface stains and chemical residues, and then dry it with a clean cloth or allow it to air dry to prevent residues from corroding the pad or affecting its performance in the next use.
8. Place the clean and dry anti-slip silicone pad in a well-ventilated, dry and shady location, avoiding direct sunlight, high-temperature baking or a humid environment to prevent aging, deformation or the breeding of bacteria. When storing, it can be rolled up or folded, but care should be taken not to bend it excessively to avoid damaging the pad.
9. Regular inspection and replacement: Regularly inspect the usage status of the anti-slip silicone pad. If it shows signs of aging, deformation, damage or a decline in anti-slip performance, promptly replace it with a new pad to ensure the safety of the laboratory and the smooth progress of experimental operations.