In modern agriculture, industry, and construction, PVC flat hoses are widely used for their durability and flexibility. The thickness of the hose directly affects its performance, suitable scenarios, and the types of liquids it can transport. Typically, they are categorized into three thicknesses: thin-walled, standard wall thickness, and thick-walled. Each thickness has different characteristics and applications.

First, thin-walled hoses usually have a thickness ranging from 0.5mm to 1.0mm. They are primarily suitable for small-scale home gardening and low-pressure irrigation systems. Their lightweight design makes them easy to handle and move, especially in gardens and small planting areas. These hoses are typically used for transporting clean water and fertilizer solutions, meeting the daily irrigation needs of households. However, due to their lower pressure tolerance, thin-walled hoses are not suitable for high-pressure environments. In agricultural settings, thin-walled hoses are ideal for small irrigation systems. For instance, a gardener using a thin-walled hose for precise irrigation successfully conserved water resources and improved crop growth. Their lightweight nature also allows for flexible layout, adapting to various terrains.

Next, standard wall thickness hoses have a thickness typically ranging from 1.0mm to 2.0mm and are widely used in medium-sized farmlands, industrial fluid transportation, and construction sites. These hoses strike a balance between pressure resistance and flexibility, making them suitable for various fluid transport needs. Standard wall thickness hoses can transport water, mixed liquid fertilizers, and chemical cleaning agents, making them widely applicable in agricultural and industrial equipment fluid transportation.

In practical applications, a medium-sized farm using standard wall thickness hoses for irrigation significantly improved the even distribution of water, effectively avoiding localized droughts or over-watering. In industry, standard wall thickness hoses are often used for fluid and cleaning agent transportation, ensuring efficient operations on production lines.

Finally, thick-walled hoses typically range from 2.0mm to 4.0mm in thickness and are suitable for heavy industry, chemical industries, and large construction projects. These hoses have high pressure resistance and abrasion resistance, making them suitable for transporting corrosive chemicals and heavy oils. In agricultural applications, thick-walled hoses are commonly used for high-pressure irrigation and transporting concentrated fertilizer solutions, ensuring stable fluid delivery in high-pressure environments. For example, a large agricultural company using thick-walled PVC flat hoses in its irrigation system successfully increased water pressure and flow, significantly improving crop yields. Simultaneously, in construction sites, thick-walled hoses are used for wastewater and sludge discharge, ensuring safety and dryness on site.

In addition to suitability for transporting different liquids, selecting PVC flat hoses also requires consideration of other factors. For instance, the chemical properties of the liquids may impose specific requirements on the hose materials. For corrosive liquids, users should opt for thick-walled, corrosion-resistant hoses to ensure safety and durability. When installing, users should also consider space limitations based on the hose thickness. Thin-walled hoses, due to their lightweight nature, are suitable for flexible use in confined spaces, while thick-walled hoses require sufficient space to accommodate their weight and bending radius.