Soft hoses are widely used in various industries, including agriculture, manufacturing, and mining. One of the unique features of soft hoses is their ability to withstand negative pressure. Negative pressure in hoses refers to the pressure inside the hose being lower than the pressure outside, creating a vacuum effect. This property has numerous benefits in different industries and applications. In agriculture, soft hoses with negative pressure capabilities are commonly used for crop irrigation. The vacuum effect created by negative pressure allows water to flow through the hose and into the soil more efficiently. The negative pressure also prevents water from flowing backward, which is essential in drip irrigation systems. The manufacturing industry also benefits from soft hoses with negative pressure capabilities. These hoses are commonly used for material transport, such as the transfer of powders and granules. The negative pressure created by the hose prevents the material from clogging and ensures a smooth flow. Soft hoses with negative pressure capabilities are also used in the mining industry. These hoses are commonly used for slurry transport, where the vacuum effect created by negative pressure helps prevent the slurry from settling and clogging the hose. This property makes the hoses ideal for use in the transportation of abrasive materials such as coal and minerals. Another significant benefit of soft hoses with negative pressure capabilities is their ability to withstand more significant pressure differentials. The vacuum effect created by negative pressure helps prevent the collapse of the hose under high-pressure differentials, making them more durable and reliable. In conclusion, soft hoses with negative pressure capabilities are essential in many industries and applications. Their ability to withstand negative pressure makes them ideal for transporting materials efficiently and effectively, preventing clogs and ensuring a smooth flow. The benefits of soft hoses with negative pressure capabilities make them a crucial component in many industrial processes and systems.