Rubber liners are also valued for their chemical resistance. In chemical processing plants, where corrosive substances are often handled, rubber liners can be used to line tanks, pipes, and reaction vessels. Different types of rubber can be selected depending on the specific chemicals involved. For instance, some rubber compounds are resistant to acids, while others can withstand alkaline substances. This ability to resist chemical attack helps to maintain the integrity of the storage and processing equipment, preventing leaks and contamination.

Another advantage of rubber liners is their flexibility. They can conform to the shape of the surface they are lining, whether it is a flat surface, a curved pipe, or a complex - shaped container. This flexibility also allows for some degree of movement or expansion within the system without the liner cracking or breaking. For example, in a pipeline that may experience thermal expansion and contraction, a rubber liner can accommodate these changes better than a more rigid lining material.

However, the performance of rubber liners also depends on factors such as the quality of the rubber, the thickness of the liner, and the manufacturing process. High - quality rubber with proper vulcanization and curing processes will result in a more durable and effective liner. Additionally, proper installation of the rubber liners is essential to ensure their optimal performance.

In conclusion, rubber liners are an essential component in a wide range of industries. Their protective, non - stick, chemical - resistant, and flexible properties make them a valuable choice for lining various surfaces and equipment, contributing to increased efficiency, reduced maintenance, and improved safety.