The Plastics, Polymer and Styrene:
Heat transfer oil for plastics, polymer and styrene applications Engineers working in plastic, polymer and styrene manufacturing plants will use heat transfer systems for a range of applications such as:
- Moulding
- Extrusion
- Press heating
- Line tracing
- Coating rolls
- Vulcanising
These applications require heat transfer oil with a broad temperature range to ensure maximum efficiency and effective heat transfer.
Quickpetro®Syntec(-3°C-345°C)
Quickpetro®Omnitech (-15°C-400°C)
Quicktherm®SH (-5°C-350°C)
Quicktherm®LH (-30°C-360°C)
Quicktherm®GRP (-20°C-350°C)
Quicktherm®HF (5°C-338°C)
How do I choose a heat transfer oil?
What heat transfer regulations should I follow?
What heat transfer oil can I use?
What other fluids can I use in plastics manufacturing?
What other fluids can I use in plastics manufacturing?
How long does a thermal fluid last?
How can I extend fluid life?
How can I extend fluid life?
How do I maintain the system?
How can I get help with maintainance?
Quickpetro®Syntec(-3°C-345°C)
Application
The most popular high temperature, heat transfer fluid. Suitable for operation up to 345°C (653°F) and can pumped to -3°C (27°F) and delivers exceptional performance. Primary applications are chemical industries, plastics processing and biodiesel.
About Quickpetro® Syntec
- Quickpetro® Syntec uses the hydrogenated terphenyls chemistry of the most popular high temperature liquid phase heat transfer fluid. No other heat transfer fluid delivers a higher degree of customer satisfaction.
- Quickpetro® Syntec HTF is used in a wide variety of applications in systems all over the world and delivers ultimate performance to ensure your system is running at maximum capacity and optimum efficiency.
| Product | 208 Litre barrel | Bulk | 25 Litre | 1050 Litre IBC |
| Quickpetro® Syntec (-3°C – 345°C) |  |
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Quickpetro®Omnitech (-15°C-400°C)
Application
Quickpetro® Omnitech is a high performance synthetic heat transfer fluid designed to meet the demands of liquid or vapour phase systems and indirect heat transfer. The no.1 choice for concentrated solar power and thermal electricity applications, PET and plastics production and chemical industries.
About Quickpetro® Omnitech
Quickpetro® Omnitech is a synthetic heat transfer fluid which combines low viscosity and exceptional thermal stability for consistent performance.
- Quickpetro® Omnitech is a diphenyl ether-biphenyl HTF mixture
- The eutectic mixture of diphenyl oxide and biphenylgives this heat transfer fluid flexibility to perform in both vapour and liquid phases. It is miscible and interchangeable (for top-up or dilution purposes) with other similar mix thermal fluids.
- Quickpetro Omnitech HTF has low viscosity (2.5 cst at 40°C [104°F])
- This thermal fluid is excellent for use in heat transfer fluid systems which require very precise temperature control due its ability to operate as a vapour phase fluid
- This heat transfer fluid is highly dependable
| Product | 200kg barrel | Bulk |
| Quickpetro® Omnitech (15°C – 400°C) | |
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Quicktherm®SH (-5°C-350°C)
Application
Quicktherm® SH is the ideal heat transfer fluid for a range of common applications, such as chemical and plastics processing. Quicktherm® SH high temperature heat transfer fluid is designed for use in closed loop, non-pressurised heat transfer systems. It delivers ultimate performance to ensure your system is running at maximum capacity and optimum efficiency.
About Quicktherm® SH
Quicktherm® SH is a high performance dibenzyltoluene heat transfer fluid for use in closed loop, forced circulation heat transfer systems. This non-corrosive HTF can be used in systems requiring start-up temperatures as low as -5°C without the need for heat tracing. Marlotherm® SH is recommended for use in the temperature range from 250°C (482°F) to 350°C (662°F), but can be used intermittently at film temperatures as high as 380°C (716°F). This thermal fluid is also thermally stable up to 300°C (572°F) and has a high flash point of 200°C — one of the highest in its class.
Key facts about Quicktherm® SH
- Quicktherm® SH has an operating temperature range of -5° to 350°C (23°F to 662°F)
- Quicktherm® SH HTF can be used without being pressurised
- Quicktherm® SH is non-corrosive
- It has a high flash point 200°C – one of the highest in its fluid class
- • It can be used in systems requiring start-up temperatures as low as -5°C (23°F) without the need for heat tracing
| Product | 25 Litre | 214kg barrel |
| Quicktherm SH (-5°C – 350°C) | |
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Choosing the correct heat transfer fluid
Thermal fluid specialist Quickpetro stocks and delivers a wide range of premium quality heat transfer fluids, including Quicktherm® SH. The company also provides the complete solution for global thermal fluid supply and management. If you want advice on how to choose the optimal heat transfer fluid for your application, get in touch by calling +91 98256 12722. Find contact details for our other offices here.
Quicktherm®LH (-30°C-360°C)
Quicktherm® LH is a high temperature heat transfer fluid designed for use in closed loop, forced circulation heat transfer systems. This high performance heat transfer fluid is predominantly used in pharmaceutical and plastics processing.
What are the advantages of Quicktherm® LH?
- The fluid can be used in both liquid and vapour form due to its narrow boiling range of around 4°C
- Quicktherm® LH is a non-corrosive benzyltoluene HTF
- This thermal fluid has low viscosity for excellent heat transfer efficiency
- Quicktherm® LH is a benzyl aromatic with excellent thermal stability
Quicktherm® LH operating temperature
- Quicktherm® LH is recommended for use in the temperature range from -30°C (-22°F) to 280°C (536°F)
- This heat transfer fluid can also be used intermittently at film temperatures as high as 380°C and used in pressurised systems up to 360°C
- Quicktherm® LH has a high auto-ignition temperature of 450°C (842°F)
- This heat transfer fluid has low pour point and a pumping limit of -30°C (-22°F)
Where can I purchase Quicktherm® LH?Thermal fluid specialist Quickpetro stocks and delivers a wide range of premium quality heat transfer fluids, including Quicktherm® LH. The company also provides the complete solution for global thermal fluid supply and management.How do I extend thermal fluid lifespan?
| Product | 200kg barrel |
| Quicktherm LH (-30°C – 360°C) | |
Choosing the correct heat transfer fluid
If you want advice on how to choose the optimal heat transfer fluid for your application, get in touch by calling +91 98256 12722. Find contact details for our offices here.
Quicktherm®GRP (-20°C-350°C)
Application
Quicktherm® GRP Heat transfer fluid is a heat transfer agent suitable for applications requiring single fluid heating and cooling including; oil and gas, heat recovery, plastics, polymers and styrene and chemical processing.
About Quicktherm® RP
- Quicktherm® GRP Heat transfer fluid is recommended for use in a temperature range up to a maximum bulk temperature of 660°F (350°C) and a maximum film temperature of 710°F (375°C).
- Quicktherm® GRP is a diaryl alkyl composition intended for use in applications that require liquid phase heat transfer.
- Quicktherm® GRP fluid can be used in non-pressurised systems, and is pumpable to 0°C (32°F).
- Quicktherm® GRP can be used in non-pressurized, liquid phase systems and has good low temperature properties, reducing the need for heat tracing.
- Quicktherm® GRP has a high flash point at 194°C (381°F) and delivers excellent thermal stability at the maximum use temperature.
- Quicktherm® GRP degrades primarily to low molecular weight products, therefore negating build-up of high molecular weight products that must be removed from the system.
- Quicktherm® GRP has a toxicity that is considered to be extremely low.
| Product | 1000 Litre IBC | 200kg barrel | Bulk |
| Quicktherm® GRP (-20°C – 350°C) | |
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Contact us for more information on high temperature thermal oils We provide advice on how to choose the most appropriate oil for your heat transfer applications and provide our customers with continued technical support. Call us on +91 98256 12722 for more information
Quicktherm®HF (5°C-338°C)
Application
Quicktherm® HF Heat transfer fluid is a heat transfer agent suitable for applications requiring single fluid heating and cooling including; plastics processing, moulding, casting, asphalt, paint and chemicals.
About Quicktherm® HF
- Quicktherm® HF heat transfer fluid’s flash point is one of the industry’s highest at 530°F (276˚C).
- Not only does this heat transfer fluid have one of the highest flash points available it also contains a resilient blend of additives to ensure trouble-free service when managed correctly.
- Quicktherm® HF heat transfer fluid delivers superior resistance to extreme oxidation and sludging found in many manufacturing environments, including plastics processing, molding, casting, asphalt, paint and chemicals.
- This heat transfer fluid is environmentally friendly, non-toxic and non-hazardous and requires no special handling.
- A superior high performance, energy efficient heat transfer fluid suitable for use in a variety of industrial processes.
| Product | 208 Litre barrel | Bulk |
| Quicktherm® HF (5°C – 338°C) | |
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Contact us for more information on high temperature thermal oils We provide advice on how to choose the most appropriate oil for your heat transfer applications and provide our customers with continued technical support. Call us on +91 98256 12722 for more information
How do I choose a heat transfer oil?
There are a lot of heat transfer fluids on the market but not all of them are suitable for the plastics industry. Manufacturers should select a thermal fluid based on its properties, such as thermal stability and heat transfer efficiency, but must also consider the requirements of the system and the end product and the cost of the fluid itself. Synthetic fluids are often a good choice over mineral oils as they typically give up to 8 times the life and will help extend changeout times, especially in electric types of heaters which are commonly used.
What heat transfer regulations should I follow?
When working with thermal fluids at high temperatures, you should follow the Dangerous Substances and Explosive Atmospheres Regulations (DSEAR) to keep workers safe. To adhere to these regulations, employers must carry out regular assessments on the fire and explosion risks of any activities involving dangerous substances, including frequent testing and analysis of the condition of thermal fluids. You should always ensure that you efficiently manage risk, keep the site safe and train all staff on efficiently operating a heat transfer system to comply with regulations and provide a safe working environment for all employees.
What heat transfer oil can I use?
Quicktherm™ heat transfer fluids, by Quickpetro are designed for optimum performance in plastic, polymer and styrene manufacturing applications including press heating, moulding, extrusion and coating rolls. Quicktherm™ heat transfer fluid works effectively to transfer heat over the complete temperature range specified by your application. These oils have been used extensively in the manufacturing of Polyethylene Terephthalate (PET), nylon, polyester and other synthetic fibres. This range of thermal oils can be used in both liquid and vapour phase, offering you reliability, versatility and flexibility. Quicktherm™ products also provide the high temperature stability necessary to avoid premature fluid degradation at high operating temperatures.
What other fluids can I use in plastics manufacturing?
Quicktherm™ heat transfer fluids, by Quickpetro are designed for optimum performance in plastic, polymer and styrene manufacturing applications including press heating, moulding, extrusion and coating rolls. Quicktherm™ heat transfer fluid works effectively to transfer heat over the complete temperature range specified by your application. These oils have been used extensively in the manufacturing of Polyethylene Terephthalate (PET), nylon, polyester and other synthetic fibres. This range of thermal oils can be used in both liquid and vapour phase, offering you reliability, versatility and flexibility. Quicktherm™ products also provide the high temperature stability necessary to avoid premature fluid degradation at high operating temperatures.
What other fluids can I use in plastics manufacturing?
Quickpetro also distributes Quicktherm thermal oil for use in plastic, polymer and styrene applications. Quicktherm SH is specified for use in closed loop, forced circulation heat transfer systems and operates efficiently in temperatures ranging from -5 to 350 degrees Celsius. Quicktherm LH is a benzyl aromatic thermal oil recommended for use in temperatures ranging from -30 to 280 degrees Celsius. Quicktherm LH has great thermal stability and can be used for long periods of time without reducing performance.
How long does a thermal fluid last?
All heat transfer fluids will degrade over time. The rate of degradation is heavily influenced by how frequently the fluid is tested and managed in response to the test results and the analysis of the data. The degradation process can lead to the formation of carbon, a natural insulator that builds up in the system. This can lead to a lack of flow or the creation of hotspots, which negatively impacts productivity and increases energy costs. Degradation can also impact fluid viscosity, cause acidic contamination and lead to the formation of light ends that can increase the risk of fire in the presence of an ignition source.
How can I extend fluid life?
All heat transfer fluids will degrade over time. The rate of degradation is heavily influenced by how frequently the fluid is tested and managed in response to the test results and the analysis of the data. The degradation process can lead to the formation of carbon, a natural insulator that builds up in the system. This can lead to a lack of flow or the creation of hotspots, which negatively impacts productivity and increases energy costs. Degradation can also impact fluid viscosity, cause acidic contamination and lead to the formation of light ends that can increase the risk of fire in the presence of an ignition source.
How can I extend fluid life?
Regular thermal fluid analysis can help you to extend the lifespan of your thermal fluid. You should take a closed sample of the fluid every three months to effectively monitor its status. To ensure the sample is representative and the results are accurate, take the sample when the fluid is hot and circulating. By doing this, you can clearly understand what is happening inside the system and if the fluid is beginning to degrade you can also schedule the appropriate maintenance. We can provide a complete thermal fluid sampling and analysis service to help extend fluid life. Engineers will regularly collect representative samples and send it to an accredited laboratory to run eleven approved thermal fluid tests to determine fluid condition. We can then issue a full report on findings and provide recommendations.
How do I maintain the system?
As well as the fluid, it is important to regularly inspect the entire heat transfer system to check the condition of the pipework, pressure gauges, gaskets and seals. Problems with the pipework can cause a leak, which is dangerous for the engineers working on site, and makes the thermal fluid susceptible to ignition if flash points and auto ignition temperatures are reduced and there is an ignition source present.
How can I get help with maintainance?
The best way to maintain a heat transfer system is to implement a preventative maintenance programme. At Quickpetro we provide a condition based thermal fluid lifecycle maintenance programme, Thermocare. Our expert engineers will work with you to improve accuracy when monitoring fluid, provide technical interventions when necessary, organise maintenance schedules and train staff.
How do I find out more?
Our engineers can help you to find the right heat transfer oils for plastics processing applications. Call us on +91 98256 12722 for more information Want to review our case studies in Plastics, Polymer and Styrene applications?
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