Which floor environments are suitable for TPE casters?

TPE casters, with their shock-absorbing, anti-slip, and floor-friendly properties, perform exceptionally well in a variety of environments. They are particularly well-suited for the following scenarios:

First, smooth, hard floors requiring high surface protection, such as wood floors, tile floors, and marble floors. These floors are smooth but easily scratched. TPE is soft and free of easily leachable substances like sulfur and carbon black. It does not scratch the surface during rolling, preserving the floor's appearance and integrity. Casters for mobile furniture in homes, display racks in hotel lobbies, or office chairs and filing cabinets can avoid wear and tear on wood floors and tiles, while its excellent anti-slip properties prevent equipment from accidentally sliding.

Second, flat indoor floors requiring quietness and vibration reduction, such as those found in hospital ward corridors, library reading rooms, and laboratories, are ideal. Hospital floors are typically made of epoxy or PVC plastic, which are smooth and require quiet operation. The elasticity of TPE casters cushions the impact of equipment movement, reducing vibrations affecting the floor and equipment. Their extremely low operating noise ensures they don't disturb patients or readers. Laboratory instrument cart casters made of TPE also prevent vibrations from affecting the measurement accuracy of precision instruments, making them suitable for lab epoxy or non-slip tile environments.

Finally, there are the flat floors of ordinary industrial workshops, such as those in electronics factories and food processing plants, which are paved with self-leveling cement or wear-resistant flooring. While these floors offer some wear resistance, the casters must be both load-bearing and resistant to minor corrosion. TPE casters can withstand common water stains and common cleaning agents in workshops, and their moderate hardness (80-90 Shore A) allows them to withstand daily wear and tear. Their shock-absorbing properties protect transported electronic components and food ingredients from damage caused by bumps, making them ideal for the flat floors required in industrial settings.