For Automobile,Engineering,Chemical,Textile,Food,Marine and Aerospace Industries Safety,Reliability,Economy

• Fuel lines for petrol or diesel fuel in Automobile and Transport industry.
• Compressed air lines on pneumatic control system.
• Automotive gasoline lines.
• High pressure lubricating oil lines in Engineering and Automobile Industry.
• Lubes and air lines on textile machinery.
• Agricultural spray equipment for insecticides and fertillisers.
• Transporting lines for alimentary liquids such as milk and beer and biological liquids such as blood, serum etc.
• In the chemical industries for conveying hydrocarbons, esters, ketones etc.
• Refridgeration Lines
• Ducts in air conditioning systems.
• Centralised lubrication systems.
• Gas lines for various Industries.

• Absence of corrosion
• Non-toxic
• Self-extinguishing
• Sound Proofing
• Do not suffer internal scaling
• Thermally and electrically insulating
• Easy to transport and store
• Can be either translucent or coloured.

At Present you may be using
Steel Tube : A Good Material, but very specialised. Installation is slow, precise and expensive
Copper Tube : Another good material, but still specialised, involving high installation cost.
Rubber and Plastic Tube : Low performance / Cost ratio

You can avoid all the above problems and disadantages by using HASOLON NYLON TUBINGS

Available sizes : 3 mm to 19 mm Outer Dia.
Wall Thickness : 0.50 mm to 2.00 mm.
Working Pressure : Upto 200 Kg/cm2 depending upon the size.
Available Colours : Natural, White, Black, Green, Blue, Yellow, Red, Orange

Economy
In addition to actual cost of the tubing the economic balance is even more in favour of Nylon because of (a) elimination of preforming (b) connections can be simplified and (c) easy and rapid installation.

Low O.D./I.D. ratio
HASOLON Nylon Tubing has substantially smaller O.D. by I.D. Ratio than any other non metallic tubing. Hence for a given i.D. and working pressure, more compact tubing connection is possible.

Stability
HASOLON Nylon tubing remains dimensionally stable because of low moisture absorption & rsistance to temperatures over a wide range of - 400C to 900C (continuous) 1300C (Intermittant).

Flexibility
It is flexible and remains elastic when bent cold, but can be permanently formed by bending when hot. The radii of curvature can be very small without flattening which cause loss of pressure.

Withstand high pressure
HASOLON Nylon tubing withstands high pressures depending upon wall thickness, diameter, use to which the tube is put and industry involved.

Low pressure losses
Because of smoother internal surface than that of metal tube, pressure lossed are low.

Chemical resistance
It has excellent resistance to chemicals, solvents, oils, greases, petrol, high speed diesel, gasoline fluorocarbon refrigerants and propellants and is impermeable to Freon, Ozone and Oxygen.

Excellent resistance to

• Abrasion, even in the presence of dust, sand and metallic particles.
• vibration
• Crushing
• impact, particularly at low temperatures (-400 C to -500 c)
• stress cracking even to zinc chloride.
• ageing under a wide range of conditions of use.
• weather.
• cold flow and to tearing of the tube from its connector.
• fatigue cause by repeated flexing.

End fittings
By virtue of Nylon outstanding stress cracking resistance and minimal cold flow under continuous load, end fittings are firmly and permanently attached and will not tear from its connectors. Practically all type of end fittings marketed for use with Plastic tubes and Copper and Aluminium tube are perfectly suitable e.g. Drive-in and compressinon fittings.

Availability
HASOLON Nylon Tnbing is offered in continuous lengths or cut to lenght as required or ready for installation preformed and with fittings.

Nylon Tubings show good resistance to most of the chemicals and products listed below. The resistance does, however, vary with the tempreture and with the concentration of the chemical concerned.

Notes :
1. The working or service pressure is obtained by applying an appropriate safety factor to the value mentioned above for bursting pressure. The safety factor depends on the use of which the tube is put and industry involved but is generally between 3 and 5.

2. The minimum Bend Radius to which a Nylon Tubing may be subjected may be less than the values mentioned above if some flattening of the tube is accepatabe.

3. Modulus of Elasticity                   Semi Flexible                      Super Flexible
          Kg/cm 2                                  25,000                                 3,500

Lower the value of Modulus of Elasticity, more flexible is the tubing.

4. Super Flexible Tubing has the lowest water absorption of all Nylons so that dimensional stability and mechanical strength undergo only very minor changes under different conditions of moisture and humidity.