Vulcanized rubber can be a suitable material for preventing slipping on a wet glass floor without scratching the glass, but it depends on the specific conditions of use.
Vulcanized rubber has high friction and can provide good grip on wet surfaces, making it suitable for anti-slip applications. Additionally, it is a soft material that is less likely to scratch glass compared to harder materials such as metal or some plastics.
However, the effectiveness of rubber in preventing slipping on wet glass may depend on the texture of the rubber and the degree of wetness on the glass surface. Also, if the glass surface is highly polished, there may still be a risk of scratching, even with a softer material like rubber.
It may be worthwhile to test the specific type of vulcanized rubber in the specific conditions of use, to ensure that it provides the desired anti-slip properties without damaging the glass.
Yes, there are a few ways to specify rubber tread structure to increase grip on wet surfaces:
Choose a rubber compound with a high coefficient of friction: The coefficient of friction is a measure of how well two surfaces grip each other. When choosing a rubber compound for an anti-slip application, look for materials with a high coefficient of friction, which indicates that the rubber will provide good grip on wet surfaces.
Add texture to the rubber surface: A rougher surface will provide better traction on wet surfaces than a smooth one. You can add texture to the rubber by molding it with a pattern, or by applying a coating or treatment to the surface.
Use a soft rubber compound: Softer rubber compounds tend to provide better grip on wet surfaces than harder ones, as they can conform to the surface and increase the contact area between the rubber and the surface.
Consider the size and shape of the tread pattern: The size and shape of the tread pattern can also affect the grip of the rubber on wet surfaces. A pattern with larger and deeper grooves will generally provide better grip than a pattern with smaller and shallower grooves.
By combining these factors, you can specify a rubber tread structure that is optimized for anti-slip performance on wet surfaces. However, it's important to test the specific tread design in the specific conditions of use to ensure it provides the desired level of grip without damaging the glass or causing other issues.