Skip to Content
  • UK Manufacturing of Hose, Tube & Pelmet Since 1985 - Now Celebrating over 40 years in business!
abbeyextrusions.com
  • Our Hose, Tubes, Cords & Pelmets
  • Technical
  • Product Guides
  • Bespoke Quote
  • Pricing Calculator
  • Contact us
  • Call us on: 01530 416 177
abbeyextrusions.com
      • Our Hose, Tubes, Cords & Pelmets
      • Technical
      • Product Guides
      • Bespoke Quote
      • Pricing Calculator
      • Contact us
    • UK Manufacturing of Hose, Tube & Pelmet Since 1985 - Now Celebrating over 40 years in business!
    • Call us on: 01530 416 177
  • Extrusion News & Technical Guides
  • Low-Density Polythene (LDPE) Tubing, What Is It & What Can It Be Used For?
  • Low-Density Polythene (LDPE) Tubing, What Is It & What Can It Be Used For?

    In this guide, we will explore the world of Low-Density Polythene (LDPE) tubing; from its flexibility, strength, and chemical resistance, LDPE tubing is an essential component in various industries, including: Pharmaceuticals, Food and beverage, Agriculture...
    6 April 2026 by
    Bryan Cowan

    Low-Density Polythene (LDPE) Tubing is a flexible, high-quality form of Polyethene Tube made from Low-Density Polyethene. As a result, it is well known for its chemical and moisture resistance and has become the best solution for low-pressure applications across a wide range of sectors.

    Consequently, in everyday life, you will see it in food packaging, irrigation systems, and even in the conveyance of beer and soft drinks within the Beverage Industry as well.


    In this guide, we will explore the unique properties, key features, and industrial applications of LDPE tubing. For example, we will discuss how its excellent resistance to chemicals, low temperatures, and everyday wear makes it a staple in the automotive, domestic services, and medical industries.


    By the end, you will have a clearer picture of why LDPE low-tubing might be the best solution for your specific needs. If you are still not sure, our team is on hand to help.


    What is Low-Density Polythene (LDPE)?

    Low-Density Polythene (LDPE) is a type of polyethene plastic produced by polymerising ethylene under high pressure. This process results in a lower density than High-Density Polyethene (HDPE), producing a more branched structure. As a result, LDPE is softer, more flexible, and easier to mould than many other types of tubing.


    Some Key Differences from Other Polyethylenes


    Linear Low-Density Polyethene (LLDPE Tubing)

    LLDPE has a more linear structure, which gives it greater tensile strength and tear resistance while remaining flexible.


    High-Density Polyethene (HDPE)


    HDPE has fewer branches, making it more rigid and suitable for higher temperatures and load-bearing applications.

    Because of these variations, Low-Density Polythene (LDPE) tubes are often chosen for flexible tubing and plastic wraps, where a low-cost yet effective solution is needed at room temperature and low pressure.


    Designed for High-Demand Applications

    Our LDPE tubes excel in durability, chemical resistance, and quality assurance. They can handle both daily wear and industrial needs. Whether you need them for irrigation systems, food packaging, or beverage conveying, their excellent temperature resistance makes them reliable in both high and low temperatures.


    High Purity & Food Quality

    Because LDPE is non-toxic, it is frequently used in food packaging and applications requiring high purity. You will often find LDPE tubing in soft drink dispensers, domestic services, and commercial beverage setups, helping maintain product quality during transport.


    Understanding LDPE’s Chemical Composition

    The benefits of LDPE largely derive from its chemical composition and production process.


    Polymerisation & Branched Structure

    Low-Density Polythene (LDPE) is produced by high-pressure polymerisation, which creates a branched molecular structure. This branching prevents molecules from packing closely, leading to softness, flexibility, and good chemical resistance.


    Temperature Range

    LDPE generally operates well from below freezing up to around 60°C for continuous use.


    Melting Point

    LDPE melts at around 105°C–115°C, making it easy to shape via extrusion and moulding.


    How Are LDPE Tubes Manufactured?

    Raw Materials

    Ethylene, sourced from natural gas or petroleum, is polymerised to create LDPE resin.


    Extrusion

    The resin is fed into an extruder, melted, and pushed through a die to form the tubing. This process dictates wall thickness, outside diameter, and inner diameter.


    Quality Control

    We perform quality checks at each stage—monitoring temperature, pressure, and consistency—to ensure uniform properties and high-quality LDPE tubing.

    The result is a broad range of LDPE tubes that support various operating pressures. They are especially suitable for low- or medium-pressure setups requiring flexible tubing.


    Why Choose LDPE Tubes & What Are Their Key Features & Benefits?

    LDPE tubing offers a blend of affordability, flexibility, and chemical resistance, making it ideal for numerous applications. Key features include:

    Excellent Chemical Resistance

    LDPE resists a wide range of acids, alkalis, and solvents.

    Flexible and Durable

    Its branched structure allows bending without cracking, even at low temperatures.

    Lightweight and Easy to Handle

    With a density of about 0.91–0.94 g/cm³, it’s simple to install.

    Cost-Effective

    Provides a budget-friendly yet sturdy option for many industries.

    Wide Temperature Range

    Remains supple in cold climates and tolerates moderately high temperatures.

    Food Safe

    Perfect for food and beverage uses, including soft drink dispensers and beer lines.



    Main Application Uses

    LDPE tubes are used in a range of industrial applications, from irrigation systems to the automotive sector.


    Common Application Uses

    Pharmaceutical & Medical

    Ideal for drug delivery, IV lines, and lab equipment, thanks to high purity.

    Food & Beverage Industry

    Transfers liquids like soft drinks or water without contamination.


    Agricultural Irrigation Systems

    Resists weathering and chemicals used in farming, making it perfect for drip lines.

    Automotive Industry

    Used for windshield washer tubing and fluid transfer due to its chemical resistance.

    Laboratory & Chemical Transfer

    Withstands a wide range of chemicals for safe handling.

    Industrial Fluid Handling

    Reliable for solvents, mild acids, and more.

    Protective Coverings & Wiring

    Offers insulation and protection for cables.

    Domestic Services

    Common in plumbing lines and flexible hoses for household appliances.


    Chemical Compatibility

    Below is an example of how LDPE stands up to various chemicals:

    ChemicalResistanceTypical Use
    Acetic AcidExcellentTransport/storage of acetic acid solutions
    Sodium HydroxideExcellentCaustic solutions and alkali transfer
    Hydrochloric AcidGoodLow-concentration HCl solutions
    Sulfuric AcidFairDilute acid applications
    Ethyl AlcoholExcellentAlcohol transport/storage
    BenzenePoorNot recommended
    ToluenePoorNot recommended

    For most low-pressure applications, LDPE offers excellent resistance to common chemicals while maintaining its tensile strength and integrity.


    Flexibility & Strength of this Type of Tubing

    LDPE’s branched molecular structure lends it considerable flexibility. This feature helps it withstand repeated bending while reducing the risk of kinking. Despite its softness, it offers decent tensile strength, resisting tears or ruptures during use. This balance of toughness and flexibility makes LDPE a strong choice for sensitive applications, including food packaging and medical uses.


    Frequently Asked Questions


    Is LDPE tubing safe for food contact?

    Yes. LDPE does not release harmful chemicals and is commonly approved for food packaging and beverage lines.


    Can LDPE tubing handle outdoor conditions?

    It offers good UV resistance and a wide temperature range, making it suitable for both indoor and outdoor setups, including irrigation.


    What if I need sturdier tubing?

    If you need a more rigid option, consider High-Density Polyethene (HDPE) or LLDPE tubing for higher working pressure and firmer properties.


    Can I get a custom size?

    Absolutely. We can customise wall thickness, outside diameter, and inner diameter to meet your specific requirements.


    Bespoke Tube Solutions

    If standard sizes are not sufficient, we offer customised solutions to match unique project needs. Whether you require Black LDPE for enhanced UV protection, a particular flow rate, or specific dimensions, we can design the perfect fit—often at a competitive price. We’re available Monday to Friday, dedicated to delivering the right product on time.


    Get a Quote Today

    Interested in exploring LDPE tubing further, or wondering whether a Linear Low-Density Polyethene or High-Density alternative might better suit your applications? Our experts can help you find the best solution for your specific requirements - whether LDPE, LLDPE, or another plastic tubing type.

    We also offer:

    – Next Day Delivery options

    – Assistance with specialised working pressure or unique property requirements

    – Quality Assurance from start to finish

    Contact us now to learn more about our wide range of Low-Density Polythene tubes. Whether you’re handling domestic services, automotive tasks, or simply need the perfect tubing for the beverage industry, we’re here to guide you to the most dependable LDPE solution.


    Bryan Cowan

    Article by

    Bryan Cowan

    Bryan Cowan is the Founder and Managing Director of Abbey Extrusions Ltd, a leading UK manufacturer of high-quality plastic tubes and hoses. With over 40 years of industry experience, Bryan established the company in 1985, growing it from a startup into a BS ISO9001-registered supplier for global sectors including aerospace, automotive, and pharmaceuticals.

    LinkedIn

    Latest Stories

    Explore fresh ideas and updates from our editorial team.

    See All
    How to Source Custom Extrusion Profiles for Industrial Applications

    UK manufacturing output reached £224 billion in 2023, yet procurement teams still struggle to source custom extrusion profiles for small to medium production runs. We understand the frustration of man...

    Polyurethane Tubing Abrasion Resistance in Industrial Applications

    Recent UK industrial audits confirm that 70% of pneumatic system downtime is caused by external abrasion and surface scouring on flexible lines. As UK extrusion specialists since 1985, we understand t...

    Nylon Tubing Temperature Range, A Technical Reference for Engineers

    Approximately 70% of pneumatic system leaks in UK manufacturing plants result from incorrect material selection for specific thermal environments. Selecting the wrong nylon tubing temperature range of...

    A Technical Comparison of Tube Extrusion Materials and Industrial Specifications

    In our view, nearly 30% of industrial fluid system failures stem from selecting a tube extrusion with a dimensional variance exceeding 0.15mm. Since 1985, we've seen engineers struggle to find bespoke...

    Comprehensive Guide to O Ring Dimensions and Measurement for UK Engineers

    What if a 0.1mm deviation in your component's seal is the primary cause of the 15% increase in unscheduled maintenance downtime reported by UK hydraulic firms since 2022? You likely recognise that sel...

    Selecting UV Resistant Nylon Tubing for Outdoor Use in 2026

    What if the tubing you rely on for your outdoor pneumatic systems could last a decade without succumbing to the sun's harsh rays? You are likely all too familiar with the costly downtime caused by bri...

    What is the Difference Between Nylon 11 and Nylon 12 Tubing?

    Selecting a premium material used in 60% of aerospace projects often proves to be the most economical decision when you factor in a 20% reduction in replacement frequency. You likely find technical na...

    Ester vs Ether Based Polyurethane Tubing for Industrial Applications

    What if the polyurethane tubing you specified to last 60 months fails after just 180 days because you didn't compare the performance of ester vs ether polymers? You likely agree that unexpected materi...

    Nylon 12 Pneumatic Tubing Supplier, A Professional Buyer’s Guide

    Why would an engineering firm accept 42-day lead times for overseas components when a UK-based nylon 12 pneumatic tubing supplier can provide bespoke extrusions within 10 working days? You'll be glad ...

    A Comprehensive Guide to Nylon Tubing Properties and Industrial Applications

    What if a single millimetre of wall thickness is the only barrier protecting your assembly from a £2,000 repair bill? You've likely experienced the frustration of nylon tubing failing because its chem...

    What are the Benefits of Reinforced PVC Hose?

    Reinforced PVC hoses are strong, multi-purpose, and durable braided hoses which are specifically designed to transport both pressurised and unpressurised: Liquids Chemicals Gases Its specialised desig...

    What Are Nylon Tubes Used For?

    As you will find, Nylon tubes are widely used across industries for their high strength, flexibility, and chemical resistance. As a result, we will explore common and uncommon applications, ranging fr...


    Read Next
    Nylon Tube VS PU Tube - How Do They Differ?
    When it comes to pneumatic tubing, two names pop up quite often: Nylon Tube and PU Tube (also known as Polyurethane Tubing). As a result, both are popular choices across various industries, thanks to their unique properties, specific applications, and manufacturing processes...

    Company Information

    Abbey Extrusions Ltd
    Unit 2, Ivanhoe Industrial Estate, Tournament Way, Ashby-de-la-Zouch, Leicestershire, England, LE65 2UU

    Registered in England, company number: 1909175


    Call us on: 01530 416 177

    Abbey Extrusions
    BSI mark

    • Quick Links
      - Contact us
    • - Our Products
    • - Product Guides
    • - Chemical Resistance Charts