In our daily life and production activities, we rely on various hoses to transport fluids. At home, we need water pipes to supply cold and hot water. We also use garden hoses for watering plants and washing cars. In the industrial realm, different industrial hoses, such as chemical hoses and water hoses, play crucial roles in production processes. However, the market offers hoses made from diverse materials, including silicone hoses, latex hoses, and rubber hoses. So, how should one choose?
First, let’s understand the differences among silicone hoses, latex hoses, and rubber hoses.
Silicone Hoses
Silicone hoses are perfect for transporting liquids, gases, and other materials. They are lightweight, flexible, and elastic. Moreover, they can withstand high temperatures of up to 230℃.
Latex Hoses
Latex hoses, crafted from latex material, come in various thicknesses. These hoses find extensive use in hospitals, factories, power plants, scientific research labs, and other fields.
Rubber Hoses
Rubber hoses exhibit excellent resistance to UV rays, ozone, high and low temperatures, oil, acids, and alkalis. Additionally, they resist wear and voltage. It’s important to note that silicone hoses are actually a type of rubber hose.
Since silicone hoses belong to the rubber hose category, let’s focus on comparing rubber hoses and latex hoses.
Latex hoses are highly elastic. Typically, they can withstand a pulling force 6 – 9 times their own weight and have 100% resilience. On the other hand, rubber hoses are suction pipes with strong resistance to oil, acids, and alkalis. They can also endure high pressure and heat, making them widely applicable in industries, mining, and for sucking up liquids and gases.
Latex hoses are commonly used in hospitals, factories, and power plants. In contrast, rubber hoses serve mainly in industrial and agricultural settings. One key difference is that latex hoses lack resistance to oxidation and corrosion, while rubber hoses possess these properties. Therefore, rubber hoses have a broader range of applications.