An oil pipe is a specialized conduit designed for the efficient and safe transportation of hydraulic fluids, lubricants, fuels, and other industrial oils within a system. Engineered to withstand high pressures, temperature fluctuations, vibration, and potential chemical aggression, these pipes serve as the essential vascular system of machinery, ensuring oil reaches critical components without leakage or failure.

The primary function of an oil pipe is reliable fluid conveyance with these specific purposes:

• Power Transmission: Transporting high-pressure hydraulic fluid to transfer power throughout a system
• Lubrication Delivery: Supplying lubricating oil to bearings, gears, and other moving parts
• Fuel Transfer: Delivering fuel from tanks to engines or combustion systems
• Heat Transfer: Circulating oil as a cooling medium in heat exchangers
• Return Lines & Drainage: Providing a path for oil to return to the reservoir or sump

• Size Range: From ¼" OD to several inches diameter
• Pressure Rating: Varies by type; seamless tubes handle several thousand PSI
• Temper: Annealed (soft for bending) or hard-drawn (for straight runs)
• Material: Carbon Steel (ST37, ST52), Stainless Steel (304, 316L), Copper, Aluminum
• Standards: DIN 2391, ASTM A179, SAE J525
• Surface Treatment: Phosphated, Galvanized, Pickled & Oiled

Oil pipes are critical in virtually every sector that uses fluid power or lubrication:

• Mobile Hydraulics: Excavators, bulldozers, agricultural equipment
• Industrial Machinery: Injection molding machines, metal presses, CNC tools
• Power Generation: Hydraulic control systems in turbines
• Transportation: Fuel lines, brake systems in trucks and aircraft
• Marine & Offshore: Steering gear, winch systems, engine room hydraulics
• Mining & Forestry: Heavy-duty equipment in extreme conditions

Consider these critical factors for optimal performance and safety:

1. Operating Pressure: Choose a pipe with rating exceeding system's maximum working pressure
2. Fluid Compatibility: Ensure material compatibility with oil type (mineral, synthetic, etc.)
3. Environment: Consider temperature, chemical exposure, UV radiation, abrasion
4. Flexibility vs. Rigidity: Use rigid tubing for fixed layouts, flexible hose for moving components
5. Size (ID & OD): Inner diameter must maintain flow velocity, outer diameter must match standard fittings

• Certified Quality: Manufactured to DIN, ASTM, SAE standards with full material traceability
• Superior Performance: Excellent surface finish minimizes friction and pressure loss
• Expert Technical Support: Assistance selecting right material and specifications
• Complete Range: Comprehensive inventory of tubing, hose, and fittings
• Customization: Cutting, bending, and threading services available

Please provide these details when ordering:

• Application: (e.g., High-Pressure Hydraulic Line, Lubrication Supply)
• Fluid Type: (e.g., Petroleum-based Hydraulic Oil, Diesel Fuel)
• Operating Pressure: Maximum Working Pressure in PSI or bar
• Operating Temperature: Range in °F or °C
• Required Dimensions: Outer Diameter (OD) and Inner Diameter (ID)
• Length & Configuration: Straight length or required bend angles
• Material & Finish: (e.g., Carbon Steel ST52, Phosphated)
• Required Standards/Certifications: (e.g., DIN 2391, ASTM A179)