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Silicone hoses are silicone rubber tubes that are used for various purposes, such as medical, food, industrial, and power applications. They are made of silicone, which is a synthetic polymer that has high flexibility, strength, temperature resistance, and biocompatibility Silicone hoses can be manufactured in different sizes, shapes, colors, and grades, depending on the specific requirements of the application.
Silicone hoses are often preferred over other types of hoses because they can withstand harsh environments and provide a smooth and hygienic surface Silicone hoses are made by a process called rubber extrusion This process involves the following steps: A silicone compound is heated and cured into a slab or strip.
The silicone compound is fed into a screw extruder, which forces it through a hardened steel die that shapes the hose. The silicone hose exits the die and is cured by being pulled through a heated oven or other curing methods The silicone hose is cut to the desired length and packaged for shipping or further processing.
Some of the advantages of silicone hoses are They have high temperature resistance, which means they can withstand both hot and cold environments without losing their properties or shape. They have good flexibility, which means they can bend and twist without breaking or tearing.
They have excellent biocompatibility, which means they are safe and hygienic for medical, food, and beverage applications. They have high chemical and corrosion resistance, which means they can handle various fluids and gases without degrading or reacting. They have low noise and vibration, which means they can reduce the transmission of sound and movement from the engine or other components.
They have good weather resistance, which means they can endure UV rays, ozone, moisture, and other environmental factors without cracking or fading. They have attractive aesthetics, which means they can come in different colors, shapes, and sizes to suit various preferences and needs.
The Brazil Silicon hoses market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
A new line of silicone hoses for thermal management applications was just introduced by Parker Hannifin. The 6722 X-Treme line of extruded silicone hoses meets SAE J20R3 class A standards and can be installed in engines, trucks, buses and other applications that call for a highly efficient heating/cooling circuit in addition to serving as a thermal management solution.
The term “thermal management” refers to the different heat transfer mechanisms—conduction, convection, condensation, and radiation—that are employed to raise, hold, or lower the temperature of a system or component.Parker’s low-permeability silicone hose works well with a variety of coolants and is more resilient to ozone and UV rays than other materials.
The 6722 series is stable at extremely high temperatures, like those found in an engine compartment, ranging from -54°C to +177°C, in addition to being resistant to oxidation and chemicals.
With time, Parker’s 6722 X-Treme series doesn’t become less elastic and flexible. This lowers the possibility of cracking, hardening, or decomposing and makes installations in confined spaces and areas with obstacles more likely.
The new hose also performs well in terms of vibration and sound absorption. While maintaining circuit and equipment performance, all of these advantages contribute to extending service life and lowering maintenance costs, downtime, warranty, and logistical expenses.
The features that Parker silicone hoses offer are essential for the growing number of industrial applications where other rubber hose solutions’ insufficient thermal management capacity is a problem.
