30M Nylon Tube – Blue

What is Nylon Tube?
Nylon tubing is regarded highly for its exceptional stability, mechanical strength and resistance to chemical corrosion. Nylon is considered one of the most versatile engineering materials.

This versatility is why nylon 6/12 polymer is used to manufacture this tube. Heat and light stabilised to precise tolerances create a flexible, lightweight, durable line with improved flow capabilities.

Semi-rigid nylon tubes can also be provided at request in the same sizes as our standard nylon tube for higher temperatures and pressures.

Nylon Tube has the following benefits:

• Flexible over a wide temperature range
• Tough, Lightweight and durable
• Flexible for routing into tight spaces
• Chemical, moisture and abrasion resistant
• Corrosion resistant
• Low water resistance
• Withstands repeated flexing
• High resistance to vibration
• REACH, RoHS and BSI ISO 9001 compliant
• Improved flow capabilities
• Nylon Tube Material
• Manufactured from high-grade Nylon that is FDA-compliant and meets UL standards.

Nylon Tube Durability
Exceptionally resistant to abrasion, crushing, and cracking, ensuring a long service life.

Nylon Tube Flexibility
With a seamless construction, the tubing offers exceptional flexibility for easy installation and routing.

Nylon Tube Temperature Range
Performs excellently in a wide temperature range, from -40°F to 200°F (-40°C to 93°C).

Nylon Tube Chemical Resistance
It is highly resistant to oils, greases, and many solvents, making it perfect for chemical transfer applications.

Nylon Tube Colour Options
Available in natural, black, and custom colours for easy system identification.

Nylon Tube Sizes
Offered in various sizes, lengths, and wall thicknesses to meet your specific requirements.

Nylon Tube UV Resistance
Integrated UV stabilisers make this tubing ideal for outdoor use.

Semi-rigid option is available
Further to this, Nylon Tubing has several features. These include:

• High temperature resistance
  The nylon tubing can maintain integrity with occasional use of up to 120°C and 140°C. Making it suitable for many hi-heat applications.
• Low temperature resistance
  To complement its high-temperature resistance, Nylon tubing can also be used in environments of -40°C – again making it suitable for many applications.
• Nylon Tube High pressure resistance
  If you are looking for excellent pressure resistance, this nylon tubing suits you; however, it can be manufactured in flexible and semi-rigid materials, depending on your bespoke needs. Please refer to our WP/BP charts.
• High resistance to abrasion
  This tubing has high abrasion resistance, making it ideal for applications that carry liquids or gases. This abrasion resistance will help to prevent accidental damage to the tubing that will cause leakages or spillages.

Nylon tubing is highly suitable in automotive systems due to its exceptional abrasion resistance. This quality makes it ideal for applications where the tubing is exposed to friction and wear, providing reliable performance and durability.

Nylon 12 Polymer
This nylon tubing comprises Nylon 12, a polymer renowned for its excellent properties. Nylon 12 exhibits remarkable characteristics, including exceptional resistance to abrasion, heat, cold, and other factors, ensuring reliable performance in various applications.

What is Nylon Tubing made from?
Nylon tubing is a type of thermoplastic polymer tubing with several benefits and uses in various industries. It is known for its flexibility, strength, and durability, making it an ideal choice for multiple applications.

How is Nylon Tubing made?
The manufacturing process produces the tubing material by extruding nylon resin through a die to form the tube shape. After forming the tube, it cools down before being cut to the desired length. This method ensures the precise creation of nylon tubing for various applications.

High strength, abrasion resistant & durable
One of the key benefits of nylon tubing is its strength. Nylon is a highly durable material that can withstand high pressure, making it an excellent choice for high-pressure applications.

The strength of this nylon tubing is of utmost importance in applications that subject the tubing to high stress levels. These applications include hydraulic systems, fuel lines, and pneumatic systems, where the tubing must withstand and perform reliably under demanding conditions.

Flexibility
Another vital benefit of nylon tubing is its flexibility. Unlike rigid metal or plastic piping, nylon tubing can bend and conform to the shape of its surroundings, making it an ideal choice for applications where flexibility is required.

This nylon tubing’s flexibility significantly contributes to applications requiring the tubing to route through tight spaces or around corners. This flexibility enables easier installation and manoeuvrability, ensuring the tubing’s efficient routing in various challenging environments.

Anti vibration properties
Additionally, nylon tubing can absorb vibrations, reducing the stress on connected components. It is ideal for applications where vibration is a concern.

High chemical resistance
Nylon tubing is also known for its resistance to various chemicals. This nylon tubing is well-suited for applications that involve exposure to harsh chemicals. Its chemical resistance properties make it an ideal choice for environments where the tubing needs to withstand contact with various corrosive substances and maintain its integrity and performance over time. Nylon is highly resistant to multiple chemicals, including fuels, oils, and solvents. It is ideal for use in automotive systems and fuel lines.

UV resistance
Besides its other beneficial qualities, Nylon also resists UV light, which makes it highly suitable for outdoor applications. This UV resistance ensures that the nylon tubing maintains its structural integrity and performance even when exposed to prolonged sunlight, making it a reliable choice for various outdoor applications.

Application uses
Nylon tubing finds extensive usage across a wide range of industries and applications. Its versatility and excellent properties make it a popular choice in automotive, aerospace, manufacturing, chemical processing, medical, and many others. It serves diverse applications such as fluid transfer, pneumatic systems, fuel and oil lines, hydraulic systems, robotics, instrumentation, and more. The broad applicability of nylon tubing highlights its significance in numerous industrial sectors.

In the automotive industry, nylon tubing is vital in various applications. It is commonly used in fuel lines, ensuring efficient and safe fuel transfer within the vehicle. Additionally, it finds application in transmission cooler lines, helping to cool and regulate the temperature of the transmission fluid. Nylon tubing is also employed in vacuum systems, contributing to the proper functioning of various components.

Furthermore, it can be utilised in engine management systems, where it aids in delivering fluids and gases to support engine operations.

Manufacturers employ nylon tubing to construct hydraulic, fuel lines, and pneumatic systems in the aerospace industry.

The medical industry utilises nylon tubing in surgical instruments, catheter tubing, and dialysis machines.

Nylon tubing is also commonly used for beverage dispensing systems and food processing equipment in the food and beverage industry.

Highly customisable tubing
In addition to its various applications, nylon tubing is highly customisable. Manufacturers can cut nylon tubing to specific lengths, mould it into custom shapes, and join it to other pieces of tubing using fittings and connectors.

This customisation allows the creating of unique systems that meet specific requirements, making it an ideal choice for applications where a standard product may not be suitable.

Sizes
The standard coil length is 30 metres, although alternative coil lengths are available.

Colours
This tubing is available in:

• Natural
• Black – Available on request
• Red – Available on request
• Blue
• Green – Available on request
• Yellow – Available on request
• Orange – Available on request
• Brown – Available on request
• Grey – Available on request
• Pink – Available on request

Should you have any queries, contact our sales team – they are always happy to see how we can help with client requirements.

What is Nylon Tube used for?
Particularly popular within the pneumatics industry, our nylon tube is suitable for many additional purposes, such as pneumatic control systems, fuel lines, lubrication lines, food and beverage uses, brewing and production lines.

The brewing, beverage, and pneumatics industries are the primary sectors that utilise this type of tubing.

Pneumatics industry
The pneumatics industry widely employs nylon tubing for piping pneumatic circuits. The close tolerance of the tube makes it ideal for use with push-in type and compression-type fittings. The use of nylon tubing extends to air brake systems on vehicles as well.

Brewery food, and beverage applications
Nylon tube is widely used in the Brewery dispensing industry for CO2 gas lines only.

Fuel & Lubrication lines
Due to Nylon having a high corrosion resistance, it makes it ideal for use in both fuel and lubrication lines.

Part No,	OD	ID	Working Pressure	Burst Pressure	Min. Bend Radius
MFPN-4/25	4mm	2.5mm	415 P.S.I	1600 P.S.I	8mm
MFPN-5/3	5mm	3mm	450 P.S.I	1800 P.S.I	10mm
MFPN-6-4	6mm	4mm	358 P.S.I	1432 P.S.I	13mm
MFPN-8/6	8mm	6mm	255 P.S.I	1020 P.S.I	32mm
MFPN-10/8	10mm	8mm	200 P.S.I	800 P.S.I	50mm
MFPN-12/9	12mm	9mm	257 P.S.I	1028 P.S.I	45mm
MFPN-16/12	16mm	12mm	193 P.S.I	772 P.S.I	85mm

 

Technical details
The working pressures of these tubes and pipes are determined based on the short-term burst pressure calculated at 20°C, considering a 4:1 safety factor. Working and burst pressures of semi-rigid Nylon are approximately 60% higher than for flexible Nylon.

For elevated temperatures, up to 110°C, with intermittent use of temperatures up to 140°C, it is recommended to use semi-rigid Nylon. The maximum recommended continuous working temperature for nylon tubing is 70°C, with occasional limited periods of up to 120°C.

Any increases in temperature above 20°C will affect the short-term burst pressure quoted for this product. The minimum operating temperature is -40°C.