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Power Projects

The transmission of power is at the heart of the energy value chain, from generation to delivering it at the end user, whether it be home owners or large industrial complexes. As energy generation is switching to more sustainable sources, the transmission grids need to adapt by integrating often remote renewable power plants and by connecting with other transmission networks.

Security of electricity supply at a competitive cost is a crucial fundament of the current and future grid development plans around the globe. More and more plans to increase the interconnectivity between countries and regions, or to replace or upgrade the existing grid infrastructure, will include land and submarine cables.

Borlink™ compounds

Our proprietary Borlink™ technology is a tailor-made HP (high pressure) process to produce high purity and super clean LDPE based polymers for a wide range of extra-high, high and medium voltage cable applications. Based on the enhanced base resin technology (Supercure), we offer a comprehensive portfolio of solutions that meet the demands of the AC and DC cables of today and tomorrow.

Learn more about our Cable Jacketing Solutions

EHV

As the leading industry supplier with a long proven track record in close co-operation with the global cable industry, Borealis and Borouge have always been at the forefront of cross-linked polyethylene (XLPE) development. Superclean XLPE insulation was first introduced in 1973 for the initial XLPE 84 kV submarine cable and has advanced to EHV cables up to 550 kV.
Committed to working in partnership with customers to target developments that directly respond to their needs, Borealis has established a dedicated technology for the production and supply of compounds that enables the manufacture of EHV cables which can withstand higher field stresses. By establishing the Borlink™ technology, Borealis and Borouge have elevated their total network of support to a new level by helping to facilitate the combining of different grids and energy sources, both regionally and globally.
Together with the correct cable design and manufacturing care, clean high quality XLPE compounds can hugely improve cable system reliability. Contaminants reduce the insulation performance and increase the risk of system failure, meaning the use of clean high quality XLPE compounds is essential to avoid reduction in insulation performance and critical system failure. Borlink™ EHV XLPE insulation compounds are produced in a closed loop system and delivered in Borlink™ octabins filled under clean room conditions to preserve the cleanliness of the compound.
Even at the highest of electrical stresses, a smooth interface between insulation and shielding increases the potential of maintaining an uninterrupted power supply. Our Borlink™ EHV Supersmooth semi-conductive compound has been designed to provide the smooth even surfaces required to eliminate surface pips, reduce electrical stresses and minimise the risk of power failure. Together with the best outer protective Borstar® or Casico™ jacket, we can offer our customers the most reliable system solution for EHV cables with confidence.
HVAC

Having satisfied the rising demand in transmission projects with proven technology in HV cables for some time, Borealis and Borouge have an impressive track record. More than 300,000 kilometres of cabling has been installed worldwide using Borealis compounds, a distance that spans over three times the circumference of the earth, and we are on our way to making another global lap with Borlink™ XLPE based on Supercure technology.
Our Borlink™ LS4201S is ahead in its field. With a significantly improved scorch safety that lowers the risk of insulation defects and an inherently reduced degassing time, manufacturers can look to gain optimised production cycles and running times which are especially beneficial in high demanding submarine cable applications. To guarantee their absolute cleanliness, all Borlink™ Supercure LS4201S insulations are produced and packed on specifically designed lines.
Our advanced equipment and quality management systems leave nothing to chance, meaning that utility providers can trust cabling with Borlink™ insulation based on Supercure technology to deliver long-term reliability and improved overall safety.
HVDC

Polymeric DC insulation materials were first established in the 1990s in parallel with the expansion of voltage source converter technology, with Borealis as pioneering material developer. Borealis’ 20 years of unrivalled commercial experience now stretches beyond 6000 km of in-service HVDC cables.
This first generation of extrudable polymeric XLPE HVDC solution is based on Borlink™ LE4253DC XLPE and LE0550DC semicon, designed to provide minimum space charge accumulation. It’s Supersmooth and provides both conductor and insulation shielding, even with even surfaces that reduce electrical stresses.
Next generation HVDC supporting extruded HVDC transmission at EHV level
HVDC power transmission technology supports long distance electricity transport without significant losses, making it very efficient and environment-friendly. The industry trend is clearly moving towards an increased need for higher transmission capacity at EHV levels. With this in mind, Borealis recently introduced the next generation HVDC insulation compound, Borlink™ LS4258DCE, which, along with the accompanying HDVC semicon Borlink™ LE0550DC, enables the use of extruded cable technology at EHV and transmission levels in instances where paper cables are traditionally used. Based on the proprietary Borlink™ technology, Borlink™ LS4258DCE is an unfilled XLPE compound based on enhanced base resin Supercure technology and is produced at Borealis’ state-of-the-art high pressure production facilities in Stenungsund, Sweden, a plant recently supported by major investments.

Power Transmission

High Voltage (HV)

The world of energy is changing together with society’s raising concern of global warming. While energy consumption in cities is increasing, driven by the growing number of electric vehicles and electric heating solutions, more renewable energy sources such as local wind and solar farms are being built to produce energy in a more sustainable way. Reliable power transmission lines are required to transport this energy to distribution networks, and as overhead lines can be unsightly, power transmission is consequently moving underground.

At Borealis, partnership goes beyond delivering products, and we are dedicated to finding new ways to support our customers. Our Borlink™ LS4201H insulation compound for HV cables is based on Supercure technology and has a significantly improved scorch safety that lowers the risk of defects in cables. Improved scorch performance allows longer production runs and, in combination with the built-in reduced degassing time, cable manufacturers can expect an optimised production cycle.

By ensuring a sustainable production process, encompassing efficient decision making paired with effective solution finding, Borealis is committed to enabling successful project execution, whilst assuring the utmost reliability to our clients. HV cables with Borlink™ insulation based on Supercure technology enable reliable power transmission with long-term reliability in a sustainable way.

Learn more about our Cable Jacketing Solutions

Power Distribution

When it comes to producing cables for energy distribution, or for connecting renewable energy sources to an (offshore) export substation or to the grid (land), achieving the lowest Total Cost of Ownership (TCO) is paramount. Borealis solutions offer just that through enhanced cable productivity, superior electrical performance and outstanding long term reliability.

Learn more about our Cable Jacketing Solutions

MV
Benefits
- 10%-20% higher productivity vs standard homopolymer XLPE
- Up to 30% longer production runs
- Outstanding electrical performance
- Shorter and more flexible production cycles
The global demand for medium voltage cables is growing. Legacy grids in developed countries need to be modernised and expanded to cope with the growing production of renewable energy and the implementation of ‘smart grids’, while emerging countries want to establish an effective infrastructure with broad reach.
Long-term performance
Regardless of the application or purpose, reducing the total Cost of Ownership through improved long-term reliability and performance is the main priority for all operators. Borlink™ XLPE insulation allows for the production of medium voltage cables with a service life that may extend beyond 40 years. Moreover, our Water Tree Retardant (WTR) Borlink™ (copolymers or additives) deliver outstanding wet ageing performance and meet the most stringent market requirements.
Production flexibility
Our Borlink™ insulation system provides cable manufacturers the flexibility to meet the varying needs of different regions. The superb low scorch performance of Borlink™ XLPE compounds allow for higher line speeds, longer running times and a lower cost per kilometre of cable, among other production
LV
Tangible benefits from Visico™/Ambicat™
- Higher production output
- Lower scrap rate due to outstanding scorch performance
- Production runs of up to 1 month without extruder cleaning
- Curing at room or ambient temperatures
- No need to use sauna or hot water bath
- Excellent storage stability
- Low environmental impact: catalyst system contains neither flammable liquids nor harmful additives
Global demand for electricity grows and the number of energy sources integrated in the distribution network is increasing. Utilities must balance reliability, affordability and sustainability in order to create an efficient and effective grid which is ready for the future.
- Reliable: Cables made of crosslinked polyethylene (XLPE) insulation have proven highly reliable in electricity distribution networks and are able to withstand the potential increase of the network capacity.
- Affordable: As the industry is becoming increasingly competitive, cable makers must raise their productivity levels cost effectively without compromising on cable quality and long-term reliability in order to enable the lowest total cost of ownership. Comparing to PVC insulation, XLPE insulation allows for cost reduction through downsizing and better mechanical strength for easy installation.
- Sustainable: XLPE insulation waste can be recycled either from energy recovery or mixing with virgin material into certain applications. Another way to look at the sustainability is to reduce CO2 emission. XLPE insulation exhibits very low thermal loss in comparison with PVC, therefore reduced CO2 emission.
Unrivalled productivity
Our proprietary Visico™/Ambicat™ products are recognised as industry leading high quality and cost-effective solutions in low voltage cable production.

Industries and Buildings

Homes, offices, cars, and solar installations have one thing in common: everyone expects them to be safe. To meet this expectation, cables have to comply with stringent regulations on flame propagation and smoke generation, in addition to fulfilling many other industry-specific requirements.

Visico™/ Ambicat™

The demand for LV cabling is high, but manufacturers are facing stricter requirements and severe competition, meaning cost-efficiency and high-value solutions are crucial in order to remain in business. With such high stakes, no other moisture-cured XLPE solution gives higher productivity and output than our Visico™/Ambicat™.
Because our Visico™ based material is reactor-made, the quality is high and extremely consistent. Scorch performance is unrivalled, allowing production runs of up to one month without the need to clean the extruder. Ambicat™, the catalyst used in combination with Visico™, uses an environment-friendly organic acid as its active substance as opposed to harmful tin-organic additives. Moreover, it offers significantly faster cross-linking which facilitates the curing of the insulation at room temperature or in ambient conditions without the use of a water baths or saunas.
Visico™/ Casico™

At Borealis, when it comes to making cables for energy distribution and communication, functionality, safety and considering the ecosystem are our primary concerns. To meet the increasing demands of environmental and safety regulations, we now offer a unique halogen-free flame-retardant system in the form of Casico™ jackets. Not only are they around 20% lighter than alternative plastics, this product also exhibits reduced heat release and smoke generation, meaning no corrosive gas emissions are produced, which in turn reduces secondary fire damage to equipment and installations. Furthermore, crosslinked Visico™/Casico™ compounds offer a downsizing potential of up to 40% and are a cost-effective insulation compared to PVC. They also boast superior dielectric properties.
Always looking to support our customers’ needs, as well as considering the safety element we’ve been mindful of production performance, and Low Smoke Zero Halogen (LSZH) cables can be produced on most PVC and PE extrusion equipment. Using less material with a lower weight than alternative plastics, our LSZH system also respects the environment without compromising on performance.

Communications

The digitalisation of society is changing our lives. Driven by consumer and business needs, internet traffic grows more than 20% each year. This means data cables with higher frequencies and broader bandwidths are required. As society increasingly depends on internet connections, the importance of reliable communication cables is also growing.

Processing and product benefits

We have the insulation and jacketing compounds to create the cables that can meet the growing demand for data traffic. Offering processing benefits as well as excellent properties in the finished product, our comprehensive range of materials for communication cables leads the global market.

Data cables

We provide multiple insulation compounds for data cables offering specific benefits such as stable processing at high line speed and a fine and uniform cell structure with increased crushability. By using an anti-plate-out nucleating agent system, it is also possible to achieve longer production runs with our insulation compounds. Borealis is a recognized leader in physical foamed grades used for the highest category cables 6, 7 and 8. We can now also offer an ADCA-free solution.
To reduce cross talk in copper cables, we provide an insulation compound with improved conductor adhesion, which can also be used as a conductor skin or jacket. However, we also provide several dedicated jacketing compounds.
Copper multipair

We offer a broad range of solid and chemical foamed insulations, as well as a range of PE jacketing compounds for multi pair cooper cables.
COAX

We have a complete range of gas injection insulation for coaxial cables, including mini coax cables. Several fully formulated solutions are available for 70 ohm cables. For 50 ohm coaxial cables we provide a two-component solution. All solutions provide ease of use, consistent processability and excellent dielectric properties.
Fibre optic

Our Borstar® technology is the basis for the broadest range of jacketing materials for fibre optic cables, covering a wide range of requirements. This include linear low density, medium density, high density compounds as well as target grades for micro cables, submarine cables and ADSS cables. Borstar® combines easy processability, great mechanical performance and excellent shrinkage behaviour.

Cable Jacketing

Click here to find out more about our NEW laser printable jacketing compounds, designed for fibre optic cables.

Power Transmission and Distribution

Our Borstar® technology makes it possible to combine excellent stress cracking results with great mechanical performance and easy processability. Our most popular offerings include the black and natural HDPE Borstar® HE6062 and HE6063 and the linear low density Borstar® LE8707.
Communications

For the communication segment, Borealis offers Borstar® Bimodal grades such as LE8707 and HE6062, both of which display great mechanical performance and easy processability. For improved flexibility we also have unimodal LDPE LE6022 and LLDPE LE6027.
Fibre Optics

Borealis combines a broad range of fibre optic jacketing with unique highend products based on our Borstar® technology. For linear low, medium and high density we have both a black and a UV-protected natural version, all combining great stress cracking performance with easy processability. Committed to offering our customers and partners the best quality, innovative products, at our high-end, the extra low shrink grades HE6067, HE6068 and our latest innovation, the black laser printable Borstar® HE6069, are all unique in the market. In addition, Borealis can also offer the anti-tracking jacketing Borstar® HE6081.

Flame Retardant

Safer cables across applications

Whether used in residential, commercial, or industrial buildings, flame retardant materials are subject to increasingly stringent regulations. Manufacturers must produce building products which exhibit low flame propagation and low smoke effluent generation. They must also be easily manufactured and fulfil all applicable safety specifications.

Automotive

Global automotive manufacturers continually strive to improve vehicle performance while at the same time look to fulfil increasingly complex environmental and safety-related requirements, all of which vary according to their global location. Automotive wiring must be cost-efficient, deliver high temperature and wear resistance, and offer great flexibility, whilst meeting all the relevant technical specifications.
At Borealis we offer a broad range of peroxide and irradiation XLPE flame retardant compounds which have been specifically developed to provide ideal primary wiring solutions in automobiles. We’re always looking to improve and expand our offerings in the interest of our customers, and are introducing the new ISO 6722, a halogen-free, thermoplastic solution based on polypropylene which enables simple extrusion without the need for crosslinking.
Infrastructure

Power cables installed in sensitive areas such as tunnels often need flame-retardant jackets to protect from fire, which should also exhibit mechanical properties to prevent potential damage including cracks. With this in mind, Borealis have created specially designed Casico™ products FR6082 and FR6083 for installation in tough environments.
Solar

With a growing demand for solar installation globally, the need for high productivity solar cables is increasing. Our newly developed Visico™ FR4451 / LE4439 system is specifically designed to meet the challenging requirements for photovoltaic cables according to EN 50618. On top of meeting general specifications, this compound enables easy processing and great storage stability.
Buildings

Whether used in residential, commercial or industrial buildings, flame-retardant materials are subject to increasingly stringent regulations. Manufacturers are required to supply building products that exhibit low flame propagation and smoke effluent generation and fulfil all applicable safety specifications, whilst needing to be easily manufactured.
At Borealis we offer flame-retardant solutions which meet industry standards. Our proprietary Casico™ compounds exhibit reduced heat release and smoke generation, whilst producing no corrosive gas emissions, and our lower density compounds permit downsizing, thus contributing to environmental sustainability: less material is required whilst maintaining superior system performance.
As LV cables across various applications are frequently used at high temperatures, there’s an increasing demand for cross-linkable flame retardant materials. Our newly developed Visico™ FR compounds are designed to meet challenging requirements in mechanical and electrical properties, are easy to process, and have long storage stability.

Energy Storage

Benefits

Super high purity
Consistent and smooth processing behaviour
Ultra-low ash level
Low dissipation factor
Maximum cleanliness

Producing reliable capacitor films with consistent long-term high performance is one of the key challenges in capacitor film manufacturing. Making thinner films with increased heat resistance and higher capacitance is another major challenge.

Purity is key

Our Borclean™ high purity PP resins for capacitor film offer the best dielectric film properties, resulting in high and consistent breakdown strengths and low dielectric losses. This is the result of a special polymerisation technology and the extreme care taken during production to minimise impurities and residues.

Excellent performance

The molecular design of all our Borclean™ products is tailored to ensure consistent and smooth processing behaviour, including extrusion and stretching. This makes them perfect for extremely thin films. Borclean™ grades also provide higher stiffness and lower shrinkage at elevated temperatures, reducing deterioration of the film winding at higher service temperatures of the capacitor.

Energy transmission

Borlink™ compounds

AC
Production efficiency

In addition to the cable system benefits, Borlink solutions provide significant manufacturing advantages.
- Improved scorch performance during cable extrusion
- Lower risk of insulation defects
- Longer cable production runs
- Reduced degassing time burden
- 10-20% shorter production cycles, from conductor to the finished cable
Working in close partnership with our customers and the cable value chain, we are at the forefront of developing cross-linkable polyethylene (XLPE) system compounds. We provide a complete portfolio of compound solutions for cables connecting grids and energy sources.

Cleanliness is key and guaranteed

When producing AC cables for underground or subsea applications, the highest quality, clean XLPE compounds make all the difference. Contaminants reduce the insulation system performance and increase the risk of cable system failure.

Produced in a dedicated closed loop production system, our Borlink compounds are superclean with minimum levels of contaminants. They are subsequently packaged in octabins under clean room conditions to preserve their cleanliness and ultimately ensure long-term cable system performance and reliability.

Extra High Voltage (EHVAC) and High Voltage (HVAC)

To meet the increasing demand for transmission cables, we offer a complete range of unique Borlink XLPE insulation and semiconductive compounds to cover the needs of AC transmission from 72 kV to 220 kv (HV) and from 220 kV up to 550 kV (EHV). Extruded in conjunction with a Borlink EHV or HV XLPE insulation compound, our Borlink EHV or HV semiconductive compounds provide supersmooth surfaces to reduce electrical stresses. Add to that the protective Borstar® jacket, and you have the most reliable AC transmission cable system solution with the longest track record in the industry.
DC
Supporting high productivity and application performance

In addition to excellent DC performance characteristics, our DC cable compounds support high cable production efficiency, such as long cable length extrusion, reduced working capital and more economic operations.
- Superior DC electrical properties
- Significant reduction of degassing burden
- Excellent scorch performance
- Shorter production cycles
We were there in the late 1990s, developing the unique polymeric insulation and semicon compounds that enabled the first commercial extruded High Voltage DC (HVDC) cable connections. Ever since, we have continued to build on those initial innovations, expanding and sharing our experiences and successes with our partners in the wire and cable industry. Borealis has more than decade long experience and successful track record being the main supplier to the extruded HVDC cable systems globally.

The advantage of DC systems is the transmission of electricity over long distances with low losses. This makes the technology particularly suitable for the integration of remote renewable energy sources and long distance interconnectors.

Meeting the increasing market demand

Recognising the trend towards increased transmission capacities at higher voltage levels, Borealis recently introduced the next generation HVDC insulation compound, Borlink LS4258DCE, which, along with the accompanying HVDC semicon Borlink™LE0550DC, enables the use of extruded cable technology at extra high voltages and transmission levels in instances where paper cables are traditionally used.

Cleanliness for high performance compounds

Our XLPE insulation compounds are produced in a contaminant free environment at our state-of-the-art high pressure production facility in Stenungsund, Sweden. During packaging as well, extreme care is taken to virtually eliminate contamination.

Produced in a dedicated closed loop production system, our Borlink DC compounds are super clean with minimum levels of contaminants. They are subsequently packaged in octabins under clean room conditions to preserve their cleanliness and ultimately ensure long-term cable system performance and reliability.

Extra High Voltage (EHVDC) and High Voltage (HVDC)

The high levels of chemical and physical cleanliness of our XLPE insulation compounds allow for EHVDC cables up to 640 kV. Our EHV compounds provide the superior electrical performance in terms of DC conductivity that are required for the high demand extra high DC voltage applications.

Energy distribution

Medium Voltage (MV)
Benefits
- 10%-20% higher productivity vs standard homopolymer XLPE
- Up to 30% longer production runs
- Outstanding electrical performance
- Shorter and more flexible production cycles
The global demand for medium voltage cables is growing. Legacy grids in developed countries need to be modernised and expanded to cope with the growing production of renewable energy and the implementation of ‘smart grids’, while emerging countries want to establish an effective infrastructure with broad reach.

Long-term performance

Regardless of the application or purpose, reducing the total Cost of Ownership through improved long-term reliability and performance is the main priority for all operators. Borlink XLPE insulation allows for the production of medium voltage cables with a service life that may extend beyond 40 years. Moreover, our Water Tree Retardant (WTR) Borlink (copolymers or additives) deliver outstanding wet ageing performance and meet the most stringent market requirements.

Production flexibility

Our Borlink insulation system provides cable manufacturers the flexibility to meet the varying needs of different regions. The superb low scorch performance of Borlink XLPE compounds allow for higher line speeds, longer running times and a lower cost per kilometre of cable, among other production benefits.
Low Voltage (LV)
Tangible benefits from Visico/Ambicat
- Higher production output
- Lower scrap rate due to outstanding scorch performance
- Production runs of up to 1 month without extruder cleaning
- Curing at room or ambient temperatures
- No need to use sauna or hot water bath
- Excellent storage stability
- Low environmental impact: catalyst system contains neither flammable liquids nor harmful additives
Global demand for electricity grows and the number of energy sources integrated in the distribution network is increasing. Utilities must balance reliability, affordability and sustainability in order to create an efficient and effective grid which is ready for the future.
- Reliable: Cables made of crosslinked polyethylene (XLPE) insulation have proven highly reliable in electricity distribution networks and are able to withstand the potential increase of the network capacity.
- Affordable: As the industry is becoming increasingly competitive, cable makers must raise their productivity levels cost effectively without compromising on cable quality and long-term reliability in order to enable the lowest total cost of ownership. Comparing to PVC insulation, XLPE insulation allows for cost reduction through downsizing and better mechanical strength for easy installation.
- Sustainable: XLPE insulation waste can be recycled either from energy recovery or mixing with virgin material into certain applications. Another way to look at the sustainability is to reduce CO₂ emission. XLPE insulation exhibits very low thermal loss in comparison with PVC, therefore reduced CO₂ emission.
Unrivalled productivity

Our proprietary Visico™/Ambicat™ products are recognised as industry leading high quality and cost-effective solutions in low voltage cable production.

Buildings & OEM

Buildings
Benefits
- Halogen-free flame retardancy
- Low smoke and no corrosive gas emissions
- Up to 40% insulation downsizing
- Excellent processing on most PVC/PE extrusion equipment
- Excellent mechanical strength and low water permeability
- UV-stabilised and suitable for colouring
We offer pioneering sustainable halogen free compounds for building and industrial wire solutions that reduce health risks, as well as secondary fire damage. Our proprietary Casico™ and Visico™ flame retardant (FR) compounds generate less heat and smoke, and do not emit corrosive gas. Casico compounds are also 20% lighter than alternative flame retardant compounds.

Our cross-linked Visico™/Ambicat™ insulation systems permit downsizing and are a cost-effective alternative for PVC, while offering superior dielectric properties. And because less material is required, the combination of Visico/Ambicat insulation and a Casico jacket is also a more sustainable solution.

As low voltage and building wires are often used at high temperatures, there is a growing demand for cross-linkable flame retardant materials. Our newly developed Visico™ flame retardant (FR) compounds for UL style building and industrial wires are designed to meet challenging requirements in mechanical and electrical properties whilst being very easy to process and having long storage stability.
Solar

The strong global growth of solar energy is driving increased demand for photovoltaic cables to connect the solar panels to the energy network. These cables need to be flame retardant, halogen-free and able to withstand significant heat and mechanical impact.

We have developed a Visico™ flame retardant (FR), halogen-free cross-linked compound solution that specifically meets the demanding requirements for this type of cable while enabling high productivity, quality consistency and cost-effective cable production.
Automotive
Benefits
- Halogen-free flame retardancy
- -40°C to 125 °C temperature performance
- SAE J-1127 and SAE J-1128 compliant
- Non-tarnishing
- Excellent heat stability and easy extrusion
- Easy colourability
We offer a broad range of peroxide and irradiation XLPE compounds, as well as thermoplastic PP flame retardant compounds, specifically designed for 125 °C primary automotive wires. Apart from meeting all relevant technical requirements, these compounds are cost efficient, have a high temperature and wear resistance, and offer greater flexibility.

Capacitor film

Benefits

Super high purity
Consistent and smooth processing behaviour
Ultra-low ash level
Low dissipation factor
Maximum cleanliness

Purity is key

Excellent performance

Communication

Processing and product benefits

Fibre optic

Our Borstar^® technology is the basis for the broadest range of jacketing materials for fibre optic cables, covering a wide range of requirements. This include linear low density, medium density, high density compunds as well as target grades for micro cables, submarine cables and ADSS cables. Borstar combines easy processability, great mechanical performance and excellent shrinkage behaviour.
Data

We provide multiple insulation compounds for data cables offering specific benefits such as stable processing at high line speed and a fine and uniform cell structure with increased crushability. By using an anti-plate-out nucleating agent system, it is also possible to achieve longer production runs with our insulation compounds. Borealis is a recognized leader in physical foamed grades used for the highest category cables 6, 7 and 8. We can now also offer an ADCA-free solution.

To reduce cross talk in copper cables, we provide an insulation compound with improved conductor adhesion, which can also be used as a conductor skin or jacket. However, we also provide several dedicated jacketing compounds.
Coax

We have a complete range of gas injection insulation for coaxial cables, including mini coax cables. Several fully formulated solutions are available for 70 ohm cables. For 50 ohm coaxial cables we provide a two-component solution. All solutions provide ease of use, consistent processability and excellent dielectric properties.
Copper MultiPair

We offer a broad range of solid and chemical foamed insulations, as well as a range of PE jacketing compounds for multi pair copper cables.

Borealis

Bringing Energy
all around

Leading innovator

Inspired by our customers’ and market needs, our Innovation Centres across Europe and the UAE deliver step-change solutions on a global scale. Our accomplishments include advances in insulation layers, semi-conductive shields and jacketing solutions for energy, communications cables and capacitor film.

Clean energy becomes increasingly important, cities are growing and transportation modes are becoming electric, the trend towards digitalisation is rising. Borealis and Borouge are ready for the future and we are proud to show how we answer these challenges.

Connecting renewable energy sources

Decentralisation, Urbanisation, Mobility

Connectivity driving digitalisation

Over the years, we have created a comprehensive portfolio of complimentary solutions by working closely with stakeholders across the value chain. Innovations that not only offer clear application benefits, but also processing and productivity improvements.

Discover our solutions

Reliable partner

We have a proven track record of partnering with the most demanding energy segments for over 45 years. From our production facilities in Europe, North America and the UAE, we supply consistent and high quality products to our global customer base.

See what our customers say about our Visico^TM / Ambicat^TM solutions

Collaboration

We strive to be a reliable partner. Through our unique materials, cutting-edge innovations and local support, we want to ensure our customers can focus on their core business.

Our dedicated sales, marketing and technical professionals actively share our expertise with customers around the world to help them realise their targets.

Certification

To ensure the quality of our energy solutions, to secure their long-term performance and to protect the environment, we work closely with international standardisation bodies. We will not spare any effort to make sure our solutions adhere to the highest quality standards.

Investing for the future

We are driving our international expansion to ensure a local presence and meet the global growth of energy markets. Backed by our strong and committed owners, we are investing in Europe, the Middle East and Asia to make our innovative solutions available to our expanding customer base.

LD5, High pressure plant, Stenungsund, Sweden

LD5
High pressure plant
Stenungsund,
Sweden

Meeting the demand

The EUR 400 million investment in the Borealis plant in Stenungsund, Sweden, is an example of our commitment. Inaugurated in 2010, this new 350,000 tonnes per year high pressure, low-density PE plant strengthened our ability to meet the needs of the growing wire and cable market.

A new high pressure LDPE plant and XLPE compounding facility are integral components of the massive Borouge 3 expansion project in Abu Dhabi. From 2016 onwards, wire and cable grades – including Borlink™ medium voltage and Visico low voltage grades – are produced at this brand new plant and distributed to the market from what is now the world's largest integrated polyolefins complex. Borouge will have an annual production capacity of 4.5 million tonnes.

As a further example, in 2016 Borealis announced a EUR 3.5 million investment in its Electrical Testing Lab facilities at the Innovation Centre in Stenungsund, Sweden. The Electrical Lab investment will further enhance existing electrical competence and expertise in project execution, and encourage cooperation with customers and external partners.

By increasing the capability of electrical testing of cables produced at its own cable extrusion facility, it will enable Borealis to simulate alternate current (AC) and direct current (DC) performance of model medium voltage cables and expand development capabilities.

Our solutions

Our polyolefin energy business consists of raw material solutions for cables and energy storage.

Power Projects

For Power Projects, Borealis stands for a new generation of partnerships. Partner beyond product.

Learn more about Partner beyond Product >

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Power Transmission

Productivity and efficiency in a sustainable way. Our Borlink™ technology enables the lowest total cost of ownership, and uninterrupted power transmission with long-term reliability in a sustainable way.

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Power Distribution

Productivity and efficiency in a sustainable way. Our Borlink™ technology enables the lowest total cost of ownership, and uninterrupted power distribution with long-term reliability in a sustainable way.

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Industries and Buildings

Cost-efficient and high-value material solutions, meeting the demands of ever stringent building regulations.

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Communications

In today´s wired world, network providers require cables that can carry reliable, quality transmissions at increasingly higher frequencies to offer broader bandwidths.

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Cable Jacketing

Cable jacketing solutions, based on Borstar® technology, with great mechanical performance and easy processability.

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Flame Retardant

Innovative flame retardant cable solutions enabling a safer and sustainable future.

Discover more

Energy Storage

The Borclean™ family of high purity PP resins for capacitor film offers the best dielectric film properties and are produced with ultra-low levels of impurities and residues.

Discover more

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Benefits

Production efficiency

Supporting high productivity and application performance

Benefits

Tangible benefits from Visico/Ambicat

Benefits

Benefits

Leading innovator

Connecting renewable energy sources

Decentralisation, Urbanisation, Mobility

Connectivity driving digitalisation

Reliable partner

Collaboration

Certification

Investing for the future

Meeting the demand

Our solutions

Power Projects

Power Transmission

Power Distribution

Industries and Buildings

Communications

Cable Jacketing

Flame Retardant

Energy Storage

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