C-CORE ELECTRIC HEATED TRANSFER LINES 

C-Carbon core technology is unique, a woven carbon fibre that completely surrounds the process tube for full contact heating without cold spots.

Woven Carbon Fibre Core Patented Technology 

Repeatable accurate results by preventing crystallisation in process tubes by maintaining precise temperatures

of a liquid or gas. Effectively facilitate the flow of viscous materials by heating to an optimal temperature.

You can use up to 3 lines between different pieces of laboratory equipment per controller (temperature dependant).

ie. between a jacketed vessel and a reactor across a pump as illustrated above creating a complete circulatory system.

These C-Core electric heated transfer lines require a controller for operation and have options to be purchased with or without an AWL controller in-case you have an alternative suitable means of control.  

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These electric heated transfer lines can be supplied with or without a controller. 

AWL use our own patented C-Core woven carbon fibre technology which helps eliminate hot spots

Safe to the touch. Our transfer lines can deliver high temperatures however their super insulated inner and outer silicon, glass fibre layers and PA mesh outer sleeve  ensure they are safe to work with without specialist clothing

Options to have removable cores  

NEW! Link Lines available, (typical use across a pump creating a complete circulatory system)

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Capable of controlled clean air/gas delivery

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These highly flexible lines can be easily manipulated in and around complex spaces and equipment 

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SAFE - Low voltage DC 12 volts to 24 volts upto 5 metres or 240 volts 6 to 10 metres 

Choice of PTFE, FEP & PFA Fluoropolymer process tubes to 200°c

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Temperature up to 250°C

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Length up to 5 metres (24V) up to 10+ metres 240V 

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Temperature up to 150°C

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Length up to 3 metres 

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O/D Options 6mm,   4mm  "    ,          custom 10mm

 I/D  Options  4mm     "               custom 8mm

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Temperature up to 200°C

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Length up to 5 metres (24V) up to 10+ metres 240V 

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Temperature up to 150°C

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Length up to 3 metres 

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These controllers are used in conjunction with C-Core electric heated transfer lines and offer precise control to deliver fluids at specific defined temperatures. 

Capable of controlling up to 3 independent transfer lines at one temperature set point (depending on temperature required)

Typical applications include controlling the fluid path temperature across a pump 

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Ideal where precision and safety matter in the delivery of hazardous, volatile and sensitive liquids or gases to maintain product integrity.

Repeatable accurate results by preventing crystallisation in a process tube by maintaining precise temperatures of a liquid or gas. 

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These easy to use jacketed lines are heated and cooled from your own source. Easy to connect to your existing heating or chiller. No tools required 

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Cool or maintain a fluid temperature -50 to +90°C

Capable of transferring gases and fluids such as water, oils and adhesives

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Flexible construction allows to be manipulated into difficult spaces

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Suitable for any standard process line

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Co-current and counter-current flow

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Connects in series or parallel 

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Suitable for any standard process line

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Tube-in-tube no joints in process pipework 

​Choice of PTFE, FEP & PFA fluoropolymer process tubes

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Length up to 10+ metres 

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We also make custom transfer lines and look forward to hearing from you to discuss your requirements

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Why are temperature controlled transfer lines used?

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Temperature controlled transfer lines provide a safe and reliable way of transporting temperature critical liquids or gases from source to destination without temperature loss, ensuring product quality, stability & optimum parameters for spectral analysis or application. They can also prevent crystallisation in process transfer tubes.

Unlike conventional wire wound heating methods, AWL have developed carbon fibre C-Core technology for their Heated Transfer Lines. This results in reliable, uniform heat distribution without hotspots whilst providing the ability to efficiently a desired fluid or gas temperature.  The low voltage and composite electrical and thermal insulation layers make them safe to use across a wide range of industries.  

EXAMPLES OF SET UP