PVC Hose – Air Hose
Product Overview
The PVC hose–air hose is a pipeline component specially designed for medium- and high-pressure gas transmission. Depending on structural differences, it comes in two specifications: five-layer and three-layer constructions, meeting the gas transmission needs of various scenarios. The product boasts excellent pressure resistance, with a maximum working pressure of up to 50 bar, and can reliably accommodate the transport of gases such as oxygen, acetylene, and coal gas. It is widely used in various machinery and hardware tools that require medium- and high-pressure gas transmission, providing a dependable gas delivery pathway for related equipment.
Structure Classification Explanation
This product is typically available in two types: five-layer and three-layer constructions. Both structures are crafted from high-quality PVC material, offering good flexibility and corrosion resistance; however, they differ in pressure resistance and applicable scenarios. The three-layer PVC hose–air hose provides basic pressure resistance, suitable for routine gas transmission scenarios with relatively moderate pressure requirements. In contrast, the five-layer version features stronger structural integrity and higher pressure resistance, capable of withstanding greater gas pressures, making it ideal for medium- and high-pressure gas transmission conditions where safety and pressure resistance are paramount. Users can select the appropriate structure type based on actual gas pressure needs and application scenarios.
Key Performance Parameters
1. Structure Type: Five-layer, Three-layer
2. Maximum Working Pressure: 50 bar
3. Applicable Media: Oxygen, acetylene, coal gas, and other gases
4. Applicable Scenarios: Various machinery and hardware tools requiring medium- and high-pressure gas transmission
Core Advantages
1. Multiple Structural Options: Available in both five-layer and three-layer versions, catering to different pressure levels and broadening applicability.
2. High Pressure Resistance: With a maximum working pressure of up to 50 bar, it can stably handle medium- and high-pressure gas transmission conditions, ensuring safety and stability during gas delivery.
3. Multi-Media Compatibility: Suitable for transporting common industrial gases such as oxygen, acetylene, and coal gas, eliminating the need to switch between specialized hoses for different media, thus enhancing usability.
4. Superior Material Properties: Made from PVC, it offers excellent flexibility, corrosion resistance, and aging resistance, resulting in a long service life and minimizing issues like cracking or leakage, while keeping maintenance costs low.
Core Product Value
1. Offering multiple structural choices to precisely match varying pressure requirements, thereby avoiding resource waste and safety hazards.
2. With a high pressure resistance of 50 bar, it ensures stable medium- and high-pressure gas transmission and reduces the risk of leaks.
3. Supporting multiple media simplifies equipment integration and boosts operational efficiency.
4. Utilizing premium PVC material extends product lifespan and lowers subsequent maintenance costs.
Target Customer Groups
Hardware tool manufacturers, machinery producers, industrial gas distribution service providers, auto repair and bodywork shops, hardware and building materials wholesalers, and shipbuilding enterprises.
Application Scenarios
This product is suitable for various scenarios requiring medium- and high-pressure gas transmission, including: supplying air to pneumatic wrenches, pneumatic grinders, and other pneumatic tools in hardware workshops; connecting oxygen and acetylene pipelines to welding equipment in machinery; conveying coal gas in industrial production; providing air supply pathways for pneumatic repair tools in the automotive repair industry; and delivering gases for welding operations in shipbuilding. With its high pressure resistance and multi-media compatibility, it offers stable and reliable gas delivery support for diverse equipment.
Solving Industry Pain Points
1. Addressing the issue of insufficient pressure resistance in ordinary hoses, which often leads to leaks and ruptures under medium- and high-pressure conditions—this product can withstand up to 50 bar, fully meeting the demands of medium- and high-pressure applications.
2. Overcoming the limitation of single-structure hoses having restricted applicability by offering both five-layer and three-layer options, allowing users to flexibly choose based on actual pressure needs and improving adaptability.
3. Resolving the constraint of specialized hoses being compatible with only one type of gas—this product supports oxygen, acetylene, coal gas, and other common gases, streamlining the matching process and reducing procurement costs.
4. Replacing lower-quality hoses prone to frequent replacement due to poor flexibility and rapid aging, thereby cutting maintenance expenses and downtime.
Frequently Asked Questions (FAQ)
Q1: What’s the difference between the five-layer and three-layer structures of the PVC hose–air hose?
A: The five-layer hose has stronger structural integrity and higher pressure resistance, making it suitable for medium- and high-pressure gas transmission scenarios with higher pressure requirements. The three-layer version is designed for basic pressure resistance and is ideal for routine gas transmission tasks involving relatively moderate pressures.
Q2: What is the maximum pressure this hose can withstand?
A: This product can handle a maximum working pressure of up to 50 bar, reliably meeting the pressure demands of medium- and high-pressure gas transmission.
Q3: Which gases can this PVC hose–air hose be used to transport?
A: It’s suitable for transporting common industrial gases such as oxygen, acetylene, and coal gas, accommodating a wide range of media transmission needs.
Q4: Which equipment is this hose suitable for?
A: It’s ideal for various machinery and hardware tools that require medium- and high-pressure gas transmission, such as pneumatic wrenches, welding equipment, and pneumatic grinders.
