Chemical Resistance
Materials constituting Transfer Oil hoses are chemically resistant to a very wide range of fluids such as oils, solvents and gasses. Moreover there are special product able to withstand highly aggressive chemicals
Materials constituting Transfer Oil hoses are chemically resistant to a very wide range of fluids such as oils, solvents and gasses. Moreover there are special product able to withstand highly aggressive chemicals
Polyurethane or Polyester based elastomers are highly resistant to abrasion ensuring extended service life compared to standard rubber hoses
Standard cover materials used in TO hoses have remarkable resistance to ultraviolet radiation and ozone compared to rubber based elastomers. Transfer Oil also provides specific cover material (MARINER versions) for resistance in seawater environments
Compared to rubber hoses, materials constituting inner tubes of Transfer Oil hoses have generally lower permeability rate for gasses
Thermoplastic hose can be bonded together as simple twin-line or in a variety of combinations of hose of differing pressures, tubes for electrical conduits or in certain applications with electrical cables
Cleaner handling in the workshop. Yarn braided hoses can be cut/prepared without the need for high powered cutting equipment in some cases simple hand or blade cutting equipment can be used. Clean inner tube reduce the contamination in hydraulic systems
The benefits of having reduced pressure loss allows the customer to use a smaller hose ID for the same application, reducing costs and the entire weight of the system
Reduced diameters allows the use of higher capacity hose reels and routing past obstructions in application
Lightweight, can be between 30-50% of conventional rubber hose
This ensures easier routing in restricted or small constricted areas
Transfer Oil thermoplastic hose are compatible with many eco-fluids and biodegradable fluids
Will not degrade when stored under correct conditions
The production of thermoplastic hoses is mandrel free and high load capacity braiders can make continuous long length of hose without any interruption on tube, braids or cover
Transfer Oil fittings have been designed and tested in order to reach the best performance with Transfer Oil hoses. Available in carbon steel and stainless steel
Transfer Oil hoses have a wide range of working pressure from 20 to 4000 bar, covering low, high, very high (VHP) and ultra high (UHP) pressure range
Due to lower elongation properties of reinforcing yarn braids, we have reduced pressure loss, and faster response time of hydraulic circuits, reduced oil / fluid requirement
Standard hydraulic hoses have a temperature range of -40 °C to +100 °C (-40 °F to +212 °F), limited to +70 °C (+158 °F) for air and water based fluids. TO also developed special products which have an increased temperature range. CPLT hoses can be used down to -55°C a nd for PTFE hoses the temperature range is from -60°C to +260°C
In high voltage environments (e.g. near electrical power lines) or for some specific hydraulic applications the importance to have a nonconductive hose is crucial for safety reasons. Transfer Oil provides a large number of non-conductive hoses, which meet standards SAE J517/J343 and ISO 3949 for non- conductivity
Which are Polyurethane or Polyester based elastomers. Available in a wide variety of colours, all cover materials are UV stabilised and are highly resistant to abrasion ensuring extended service life. Cover variations include properties that are resistant to a wide range of fluids, chemicals and extremities of temperature and atmospheric conditions
Transfer Oil thermoplastic hoses can be customized in terms of color of the hose cover, branding and the choice of different packaging. Black or white ink jetting provides a cost effective way to provide special branding including logos. Twin or multiline products can be made if requested