LDPE Air Tube

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LDPE Air Tube Specification

Sealing Type
Air-tight

Flow Rate
Depend on tube diameter

Application
Used for compressed air lines, laboratory piping, and pneumatic systems

Features
Lightweight, Non-toxic, Good chemical resistance, Transparent or colored

Temperature Range
-20C to +60C

Accessories
Tube fittings, Connectors

Connectivity Type
Push-in connectors

Operating Pressure
2-8 bar

Mounting Type
Push-fit

Efficiency
High flexibility and resistance to cracking

Body Material
Low-Density Polyethylene (LDPE)

Type
Air Tube

Structure
Flexible, Seamless Tube

LDPE Air Tube Trade Information

Minimum Order Quantity
50 , , Meter

Supply Ability
1 , , Meter Per Day

Delivery Time
7-50 Days

About LDPE Air Tube

John Guest 1/4" LLDPE tubing available to purchase by the metre. Colours available include blue, black, white, yellow and red.

Features :-

Linear low density polyethylene
Suitable for cold and intermittent hot water applications
Broad chemical compatibility
FDA and NSF certified
Strong, flexible and robust

Specification

OD : 4mm-15 mm
COIL LENGTH : 100M

Features That Matter

Built from premium LDPE, the air tube ensures robust chemical resistance, non-toxic integrity, and impressive flexibility. Its seamless design supports safe and steady flow, while versatile wall thicknesses and color choices cater to various installation needs. The tubes lightweight nature makes handling easy, and its excellent resistance to cracking and UV exposure promotes lasting use.

Applications in Critical Settings

The LDPE Air Tube is indispensable in environments like compressed air lines, laboratory setups, and pneumatic systems. Its adaptability to push-fit mounting and air-tight sealing ensures reliable connectivity. Tube fittings and push-in connectors further simplify set-up, making this solution ideal for industrial, scientific, and manufacturing sectors.

FAQs of LDPE Air Tube:

Q: How do I select the appropriate LDPE Air Tube size for my application?

A: To choose the correct tube size, consider your required flow rate and system pressure. Select the internal diameter based on the amount of air or fluid you need to transport and ensure the tubes operating pressure matches your equipments requirements. Custom diameters are available for specialized needs.

Q: What benefits does LDPE Air Tube provide over other tubing materials?

A: LDPE Air Tubes are lightweight, flexible, and resistant to cracking and UV damage. Their non-toxic and chemically-resistant construction ensures safe transport of air and gases, making them ideal for laboratory and pneumatic applications. Their seamless structure improves reliability compared to other materials.

Q: When is it necessary to request a custom tube length or diameter?

A: Custom tube length or diameter should be requested when standard sizes or 100-meter coil lengths do not fit your installation requirements, such as unique equipment spacing, non-standard fittings, or specialized laboratory setups.

Q: Where can LDPE Air Tubes be installed?

A: LDPE Air Tubes are commonly installed in industrial facilities, laboratories, manufacturing plants, and pneumatic systems. Their flexibility makes them suitable for both fixed and movable setups, indoors or outdoors, given their UV resistance.

Q: What is the process for mounting and connecting these air tubes?

A: The tubes use push-fit mounting with push-in connectors. Simply insert the tube into the fitting until it clicks into place, ensuring an air-tight seal. Tube fittings and connectors are available for streamlined installation and maintenance.

Q: How do I maintain LDPE Air Tubes for long-term performance?

A: Regularly inspect the tubes for signs of physical damage or wear, especially around connectors and bends. Ensure environmental conditions remain within the specified temperature range (-20C to +60C) and avoid exposure to aggressive chemicals that may exceed the tubes resistance.

Q: What are the main advantages of using LDPE Air Tubes in pneumatic and laboratory systems?

A: The main advantages include high flexibility, reliable air-tight sealing, resistance to UV and chemicals, and easy installation. These features improve system efficiency, safety, and longevity in demanding industrial and laboratory settings.

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