However, as flexible and durable as they are, certain materials and impacts can significantly shorten the life of a rubber hose. Therefore, the following recommendations outline key considerations and precautions for industrial rubber hose storage.
For chemical transfers, special hoses are required that have appropriate resistance to extreme conditions. In selecting them, one must take into account compatibility with the transferred chemical, temperature, pressure, and other factors. In this article, we introduce the common types of hoses used in the chemical industry!
Natural rubber (NR) hoses are, as their name suggests, made of rubber material obtained from the natural latex sap of rubber trees. When we examine a natural rubber sample, approximately 94% of it is made up of polyisoprene, while the remaining few percent is made up of natural resin, protein, and small amounts of water and ash. The combination of resin, protein and polyisoprene with a high cis content gives the unique properties of natural rubber hoses, which are used in many industries, because they have a high resistance to inorganic chemicals.
Selecting hoses engineered for high-temperature and high-pressure steam applications is paramount to ensure operational efficiency and safety. Our extensive portfolio of steam hoses offers a versatile range of dimensions and color schemes, including food-grade options.
The applications of EPDM (ethylene propylene diene monomer) rubber hoses span across various sectors and industries, owing to their exceptional properties and adaptability. From agricultural irrigation systems to industrial processes, and even in the food industry, these industrial hoses exhibit impressive versatility and unwavering reliability.
An antistatic hose, also known as a static dissipative hose, is a type of hose designed to safely discharge static electricity that can accumulate during the transfer of materials. It is commonly used in industries where the presence of static electricity poses a risk, such as in the handling of flammable or combustible materials.
The presence of steel spirals in the wall of some rubber hoses serves as a reinforcement mechanism to enhance the strength and structural integrity of the hose. These steel spirals, also known as wire reinforcements, are extremely durable and flexible, ensuring the long lifespan and optimal functioning of the rubber hoses.