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With high strength, flexibility, and resistance, silicone tubing is a durable elastomer. With its high degree of adaptability, silicone tubing can be stretched without tearing. Because of its considerable flexibility, repeated bending and twisting cannot cause it to weaken.
Due to their special physical and chemical qualities, silicone hoses are frequently used in a variety of industries, including the pharmaceutics, biotechnology, medical, food, machine-building, construction, power industry, and many others.
Although silicone hoses are more durable and longer lasting, rubber hoses are still commonly used for radiator hoses because of their higher heat resistance. They feel more at ease because of this, which is precisely why switching to silicone coolant hoses does.
The Qatar 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.
To meet international demand, Parker Hannifin has introduced a new line of silicone hoses. Earlier this year, Parker Hannifin introduced a new line of silicone hoses for use in thermal management applications.
*The 6722 X-Treme series of extruded silicone hoses complies with the SAE J20R3 class A standard and can be installed not only as a thermal management solution but also in trucks, buses, engines, or other applications where a highly efficient heating/cooling circuit is required.
The various heat transfer techniques (conduction, convection, condensation, and radiation) used to raise, maintain, or lower the temperature of a system or component are referred to as thermal management.
In comparison to other materials, Parker’s low-permeability silicone hose is more effective at withstanding ozone and UV assaults and is suitable for a variety of coolants. The 6722 series is stable at extreme operating temperatures ranging from -54°C to +177°C, as in an engine compartment, in addition to being resistant to oxidation and chemicals.
The 6722 X-Treme series from Parker doesn’t become less elastic and flexible over time. As a result, there is a lower chance of cracking, hardening, or decomposition and a higher likelihood of installations in confined areas with obstacles. The new hose also has effective vibration and sound dampening capabilities.
All of these advantages contribute to extending equipment life and lowering maintenance expenses, downtime, warranty costs, and logistics while maintaining circuit and equipment performance.
