There are several different types of oil and fuel hoses,
each designed to handle specific pressures, chemicals, and environments:
- Fuel Hose
A fuel hose is used to transfer petrol, diesel, and
biofuels from a source to an engine, storage tank, or distribution system.
These hoses are built to resist permeation and swelling when exposed to fuel and are capable of handling temperatures between -20°C to +80°C.
Fuel hoses can be used with:
- Oil and fuel applications
- Air and water
- Unleaded fuel
- Petroleum
An oil hose is designed specifically for the safe transfer of lubricants, hydraulic oils, engine oils, and mineral-based fluids. These hoses are often used in workshops, garages, and industrial machinery systems where oil must be moved safely and efficiently.
Common oil hose applications include:
- Industrial Processes
- Automotive Fuel Systems
- Hydraulic Systems
A fuel line hose connects a fuel source (like a tank or pump) to an engine or distribution system. In vehicles, these hoses ensure a consistent, safe flow of fuel to internal combustion engines. They are typically smaller in diameter and built to withstand vibration, pressure, and heat.
You’ll find fuel line hoses in:
- Automotive engines
- Marine vessels
- Generator systems
- Off-road machinery
An industrial fuel hose is engineered for high-volume,
high-pressure transfer of fuel or oil in commercial and industrial environments. These hoses are heavily reinforced, often featuring synthetic rubber blends, multiple textile or steel braiding layers, and anti-static
properties to reduce fire risk.
Typical uses include:
- Tanker loading and unloading
- Fuel distribution depots
- Oil refineries
- Construction and civil engineering sites
Key Features to Look For
When choosing an oil or fuel hose, consider the following factors to ensure safety and efficiency:
1. Hose Material
Most oil and fuel hoses are made from nitrile rubber (NBR), specialist rubber, or PVC. Look for hoses that specifically state fuel and oil compatibility, particularly if using diesel, biodiesel, or hydraulic oil.
2. Pressure Rating
Always check the working pressure and burst pressure ratings. Industrial fuel hoses typically handle between 10–20 bar, while fuel line hoses may operate under lower pressure but still require high durability.
3. Reinforcement
Look for textile braid or wire reinforcement depending on flexibility and strength needs. Multi-layer hoses with internal and external reinforcement are ideal for heavy-duty and high-pressure use.
4. Temperature Range
Hoses that operate across a wide temperature range (e.g., -20°C to +80°C) offer better performance in both hot and cold environments.
5. Anti-Static Properties
When transferring flammable liquids, static discharge can be a safety risk. Employing an oil hose with anti-static properties will prevent static electricity build up and prevent potential ignition, leading to fire or explosion.
