This particular variety of bitumen, which is of an appropriate grade, is put to use in the production of asphalt, street paving, and concrete sidewalks. Refinery bitumen is produced via vacuum baton aeration in the distillation tower. Viscosity Grade Bitumen (VG Bitumen), which is the type of bitumen that is utilized the most frequently in the manufacturing of hot asphalt, is a part of this category of bitumen. This particular variety of bitumen possesses a thermoplastic property, which is a property that causes this material to be brittle and unyielding when exposed to cold weather and to become more malleable when exposed to warm weather. Because of this quality, the combination of the viscosity of bitumen with other materials results in a road surface that is more long-lasting. As a result of the precision with which it is graded, this particular variety of bitumen is favored more than penetration bitumen.

The value of bitumen’s penetration at 25 degrees Celsius determines its classification as penetration grade, while the value of bitumen’s viscosity at 60 and 135 degrees Celsius determines its classification as viscosity grade. This demonstrates how VG bitumen is suitable for both low and high temperatures, making it possible to accurately forecast how bitumen would behave in various thermal conditions. Bitumen is divided into numerous grades after undergoing a viscosity test, including VG10 Bitumen, VG20 Bitumen, VG30 Bitumen, and VG40 Bitumen. The higher the number in the viscosity grading system, the harder the bitumen is regarded to be.

We manufacture the highest quality Viscosity Bitumen / VG Bitumen in different types and grades and export them from Iran and the UAE to other countries around the world.

  • Iran Viscosity Grade Bitumen / Iran VG Bitumen
  • UAE Viscosity Grade Bitumen / UAE VG Bitumen


In the production of hot asphalt for road building, viscosity bitumen is a form of bitumen that is often utilized. This form of bitumen has a thermoplastic feature that makes it bendable in warm weather and brittle and rigid in cold weather. It has a thick, gooey consistency and is quite viscous, which allows it to combine with other materials to form a durable road surface. At a refinery’s distillation tower, viscosity bitumen is created using vacuum baton aeration.


The history of Viscosity Grade Bitumen, often referred to as VG Bitumen, is intrinsically linked with the evolution of road construction and the continuous effort to improve the longevity and quality of road surfaces.

Early road construction used naturally occurring bitumen substances, but the 20th century brought about a shift towards petroleum-based bitumen. The traditional method of bitumen grading was penetration grading, which specified the hardness or softness of bitumen by measuring the depth to which a standard needle would penetrate under specified conditions.

However, as the demand for superior roads grew, this method was found lacking. The penetration grading system couldn’t accurately predict the performance of bitumen at high in-service temperatures, leading to rutting, cracking, and road failures. This spurred research into new grading methods.

In the late 20th century, the concept of viscosity grading was introduced, providing a more comprehensive understanding of bitumen behavior across a range of temperatures. This system measures the viscosity of bitumen at 60 degrees Celsius, effectively predicting the material’s performance at high temperatures.

In the early 2000s, the Bureau of Indian Standards (BIS) adopted the viscosity grading system, replacing the earlier penetration grading system. This signified the international recognition of the VG system’s superiority.

Today, the VG Bitumen system is widely accepted and used globally. The different grades, such as VG10, VG20, VG30, and VG40, provide road engineers with the flexibility to choose the most appropriate bitumen type depending on the specific requirements of their projects and the local climate. The advent of VG Bitumen has significantly improved the durability and performance of roads, marking a significant milestone in the history of road construction.


Viscosity Grade Bitumen, widely known for its versatility in the construction industry, is referred to by several other names. The variation in naming often arises from regional preferences, practical applications, or the particular grading system in use. Here are a few alternate names for Viscosity Grade Bitumen:

  1. VG Bitumen: This is an abbreviation of the term ‘Viscosity Grade Bitumen’ and is commonly used in the industry.
  2. Asphalt: Especially in North America, bitumen is often colloquially referred to as asphalt, although technically, asphalt is a mixture of bitumen and aggregates (sand, gravel).
  3. Asphalt Cement: This term emphasizes the binding properties of bitumen, especially in the context of paving applications.
  4. Asphaltic Concrete: This is another name that references the use of bitumen in combination with mineral aggregates to form a solid, concrete-like material for road construction.
  5. VG Asphalt: Combines the grading reference (VG for Viscosity Grade) with the common North American term for bitumen.

Remember, these names can be interchangeable in some regions and contexts, but they all essentially refer to the same group of materials classified based on their viscosity characteristics. It’s always essential to understand the context to ensure accurate communication in the industry.


Viscosity Grade Bitumen (VG Bitumen) is an essential material for road construction and roofing applications. It is classified under several codes and identifiers, which are used for its transportation and trade.

  1. HS Code: The Harmonized System (HS) Code for bitumen, including VG Bitumen, is 27132000. This HS code refers to “Bituminous or oil shale and tar sands.”

  2. Chemical Formula: Bitumen doesn’t have a precise chemical formula as it is a complex mixture of hydrocarbons. The composition of bitumen can vary widely, containing thousands of different molecules, mainly composed of carbon and hydrogen, and often also containing oxygen, sulfur, and nitrogen.

  3. CAS Number: Similar to the chemical formula, there isn’t a specific Chemical Abstracts Service (CAS) number for VG Bitumen as it is a mixture of various compounds. However, the CAS number generally used for bitumen is 8052-42-4, though it’s crucial to remember that this covers a broad range of materials, including the different viscosity grades of bitumen.

Remember, these codes and identifiers help in the proper classification and documentation of VG Bitumen, particularly in international trade and safety data sheets.


Viscosity Grade Bitumen, also known as VG Bitumen, is a complex mixture of different hydrocarbons. While the exact composition varies from one bitumen source to another, the components typically fall into the following categories:

  1. Saturates: These are the most stable components of bitumen and consist primarily of linear or branched chain hydrocarbons.

  2. Aromatics: These are planar cyclic hydrocarbons. Aromatics contribute to the elasticity of bitumen and its ability to recover its shape after deformation, making them a crucial component for road construction.

  3. Resins: These are polar cyclic hydrocarbons. Resins are a significant contributor to the adhesive characteristics of bitumen, which make the material stick to aggregates in asphalt mixtures.

  4. Asphaltenes: These are the highest molecular weight components and are primarily composed of condensed polycyclic aromatic hydrocarbons with functionalities such as sulfur, nitrogen, and oxygen. They contribute to the hardness of bitumen.

It’s essential to note that the balance of these components influences the physical properties of the bitumen, including its viscosity, and therefore, its grade. Different bitumen sources will yield varying compositions, and processing methods can also influence the balance of these components.


The production of Viscosity Grade Bitumen (VG Bitumen) involves several stages, from the extraction of crude oil to refining and grading based on viscosity. Here’s a general overview of the process:

  1. Crude Oil Extraction: The first step involves extracting crude oil from oil wells. This crude oil consists of various types of hydrocarbons, including the heavy fractions that form bitumen.

  2. Distillation: The extracted crude oil undergoes atmospheric distillation in a refinery. This process heats the oil, causing different fractions to evaporate and condense at different temperatures. The lighter fractions, such as gasoline and diesel, are removed at lower temperatures, while the heavy bitumen fraction is left behind.

  3. Vacuum Distillation: The remaining heavy oil from the atmospheric distillation unit is then subjected to a second distillation process under vacuum conditions. This step enables the removal of the remaining lighter fractions without causing thermal cracking of the bitumen.

  4. Air Blowing: To achieve desired properties, the vacuum residue is then subjected to an air-blowing process, where hot air is passed through the residue. This procedure induces certain reactions that enhance the bitumen’s physical and performance properties, allowing it to withstand various weather and load conditions.

  5. Viscosity Grading: The final stage of the process is the grading of the bitumen based on its viscosity. The bitumen is heated to a standard temperature of 60°C, and its viscosity is measured in centistokes (cSt). Depending on the viscosity, the bitumen is categorized into different grades, such as VG10, VG20, VG30, or VG40.

Keep in mind that the specifics of this process can vary depending on the quality of the crude oil and the desired properties of the final bitumen product.


Understanding and selecting the appropriate viscosity grade bitumen is critical for successful road construction and maintenance. These hydrocarbon materials, also known as asphalt, asphaltic bitumen, or simply bitumen, are classified by their viscosities at 60 degrees Celsius, making their consistency paramount in determining their usage.

The most common viscosity grades of bitumen include:



VG10 is best suited for regions with a colder climate due to its lower viscosity, ensuring flexibility in low temperatures. VG20 is generally used in slightly warmer climates and is a standard choice for most road construction projects.

For places with higher ambient temperatures, VG30 and VG40 prove to be ideal. These grades offer high-temperature stability, preventing roads from deformation under high traffic loads. It’s crucial to remember that VG40 is typically used in very hot climates and heavy-duty roads due to its highest viscosity among these grades.

Bitumen’s specific grade should always be selected based on the region’s climatic conditions and the expected traffic load. Remember, the performance and longevity of your pavement rely heavily on this pivotal choice.

With a comprehensive understanding of viscosity grade bitumen, you’re better equipped to make informed decisions for your construction projects. Always consider the unique properties of each grade, along with local environmental and traffic conditions, to ensure the right bitumen choice for optimal road performance and longevity.


  • In today’s world, viscosity bitumen is utilized rather than penetration bitumen since it is subjected to more stringent testing in two stages by industry professionals. First, the penetration of bitumen is tested at a temperature of 25 degrees Celsius, which is the normal temperature. However, the findings of this test are not trustworthy in the hot weather, therefore they measure the viscosity of bitumen at temperatures of 60 degrees Celsius and 135 degrees Celsius. The results of these tests show that VG bitumen can withstand temperatures in a broad range, from 25 degrees Celsius for fatigue cracking to 135 degrees Celsius for construction. Temperature susceptibility may also be established using these tests.
  • Time and money may be saved because to the reduced number of tests; according to IS, it only has seven tests, while penetration has fourteen tests.
  • Longer durability: the pavement made from VG Bitumen will have better performance because the viscosity value at 135°C gives a sufficient idea about mixing and compaction temperature, and as a result, pavement life is improved. This is because the viscosity value at 135°C gives a sufficient idea about mixing and compaction temperature.
  • In contrast to the penetration grade, the rutting performance of any two different samples of the same VG bitumen would be quite comparable throughout the hot summer months.
  • When applied at a temperature of 135 degrees Celsius, the minimum kinematic viscosity value that is provided helps to reduce the possibility of tender mixes occurring during construction.
  • The use of VG bitumen is appropriate for locations that see significant volumes of vehicular activity.


Viscosity Grade Bitumen (VG Bitumen) is characterized by its unique physical and chemical properties that make it suitable for various applications, primarily in road construction. Here’s a look at some of the key properties of VG Bitumen:

  1. Viscosity: As the name suggests, VG Bitumen’s primary property is its viscosity, which significantly influences its performance. Viscosity measures the bitumen’s resistance to deformation or flow. Higher viscosity grades are more resistant to deformation, making them ideal for use in high-temperature or high-traffic conditions.

  2. Temperature Sensitivity: VG Bitumen is designed to perform well across a range of temperatures. It remains flexible at lower temperatures to resist cracking, while also holding up well under higher temperatures to resist rutting.

  3. Adhesion: Bitumen exhibits excellent adhesion properties, allowing it to bind effectively with aggregate materials in asphalt mixes. This property is crucial in road construction, ensuring the road surface remains intact under various conditions.

  4. Durability: VG Bitumen is known for its durability. It can withstand weather conditions and heavy traffic loads, making it a long-lasting material for road construction and other applications.

  5. Water Resistance: VG Bitumen is resistant to water, making it an effective material for waterproofing applications. Its water resistance also helps to protect road surfaces from water damage.

  6. Elasticity: Bitumen has elastic properties, which allows it to recover its original shape after deformation. This is particularly beneficial in resisting repeated traffic loads.

The specific properties can vary between different grades of VG Bitumen. For example, VG10, VG20, VG30, and VG40 each have different levels of viscosity, which influence their performance under specific conditions. These properties make VG Bitumen a versatile and valuable material in the construction industry.


The performance of Viscosity Grade Bitumen (VG Bitumen) is distinguished by its ability to withstand different weather conditions and loads while maintaining structural integrity. VG Bitumen’s performance attributes make it an optimal choice for various applications, especially in road construction.

  1. Temperature Resistance: VG Bitumen is formulated to perform well under a range of temperature conditions. Higher viscosity grades, like VG30 and VG40, have excellent resistance to high-temperature rutting, making them ideal for use in hot climates. On the other end of the spectrum, VG10 is designed to remain flexible at lower temperatures, preventing cracking in colder climates.

  2. Load Resistance: VG Bitumen’s high viscosity makes it a resilient material, able to withstand heavy loads without deforming. This load resistance is essential for heavily-trafficked roadways and highways.

  3. Durability: As mentioned before, VG Bitumen is known for its long-lasting durability. With proper maintenance, roads made with VG Bitumen can remain functional for decades.

  4. Adhesive Properties: VG Bitumen acts as a strong binder, adhering well to aggregate materials used in asphalt production. This adhesion ensures the asphalt remains intact under various conditions.

  5. Water Resistance: VG Bitumen is a water-resistant material, making it an excellent choice for waterproofing applications in addition to its role in road construction.

Ultimately, the performance of VG Bitumen is determined by its ability to provide a durable, reliable, and versatile solution for road construction and other infrastructure projects. Different grades offer unique performance benefits, allowing engineers to select the most suitable type for specific applications and environments.


Bitumen is available in a variety of viscosity grades, which are categorized according to the criteria established by the ASTM standard. These classifications have been outlined and presented by the ASTM standard, which makes use of methodologies such as D3381 and AASHTO M226.

vg bitumen t1

To compare the specifications of different grading systems, it is necessary to identify the equivalent grade of another system. The following table displays the equivalent penetration grades of viscosity grades.

vg bitumen t2

Viscosity Grade Bitumen Specification (ASTM D3381-09)

vg bitumen t3

vg bitumen t4

Viscosity Grade Bitumen Specification (IS 73:2013)

vg bitumen t5

vg bitumen t6


Viscosity Bitumen is a grade of bitumen that is most often used as a paving grade. It is appropriate for the building of roads and is effective in providing prime qualities in asphalt pavements. petro naft provides a wide range of high-quality grades in this category, which has been listed below.


Spraying VG10 bitumen, which has a permeability rating of 80/100, is the method of choice for coating surfaces and roads. This particular variety of bitumen is required for the manufacturing of emulsions bitumen and other modified bitumen products. This grade of bitumen can be a good substitute for penetrating bitumen 80/100.

Advantages of Viscosity Grade Bitumen 10

  • It is appropriate for temperatures below 30 °C.
  • It has an 800 absolute viscosity.
  • When compared to VG30 and VG40, it has a better penetration value.


Paving applications in areas with low temperatures and high elevations.

Advantages of Viscosity Grade Bitumen 20

High-altitude, cold climate areas employ VG-20 bitumen, a grade of viscosity bitumen. When building roads in areas where the average temperature is between 30 and 37 °C, this grade of bitumen is appropriate.


VG30 grade viscosity bitumen is used to build super heavy bituminous pavements. These types of sidewalks must withstand high and significant traffic loads, so this type of grade is used more often. Road construction, construction, insulation, and liquid bitumen are the most common industries that use this type of bitumen. VG30 bitumen is very suitable for temperate climates and can be used instead of bitumen 60/70.

Advantages of Viscosity Grade Bitumen 30

  • It can withstand temperatures higher than 30 °C.
  • Bitumen with a greater viscosity is more suited for a clayed soil.
  • In wet conditions, VG30 is better appropriate for road building.


In highly stressed areas such as intersections, highways near tolls, and truck parking lots, VG 40 bitumen with a permeability of 40/50 is used instead of the old bitumen. Due to its high viscosity, this type of mixed hard bitumen is suitable for surfaces that are supposed to bear high tensile strength loads and heavy traffic loads. This type of bitumen is used at higher temperatures and on surfaces that require more resistance and it can be a suitable alternative to penetration bitumen 40/50 and penetration bitumen 30/40.

Advantages of Viscosity Grade Bitumen 40

  • It can withstand temperatures exceeding 40 °C.
  • It has a 3200 absolute viscosity.
  • It is the ideal kind of bitumen when there will be a lot of traffic.


The durability of Viscosity Grade Bitumen (VG Bitumen) is one of its key attributes, making it a preferred material in road construction, waterproofing, and other infrastructure projects. However, the specific durability of VG Bitumen depends on several factors, including its grade, the conditions under which it’s used, and the maintenance practices implemented.

  • Bitumen Grade: Higher viscosity grades, such as VG30 and VG40, are generally more durable due to their higher resistance to rutting at high temperatures and their flexibility at lower temperatures. This resistance is particularly beneficial in regions with high ambient temperatures or heavy traffic.
  • Usage Conditions: The durability of VG Bitumen is significantly affected by environmental and load conditions. For example, in harsh climates or high-traffic areas, the bitumen’s lifespan might be shorter, requiring more frequent maintenance or replacement.
  • Maintenance Practices: Regular and proper maintenance can significantly improve the durability of bitumen. This includes regular inspections for damage, timely repairs, and resurfacing or sealing when necessary.

When used appropriately, VG Bitumen can provide a durable and long-lasting paving solution. It’s resistant to daily wear and tear, can withstand heavy loads, and performs well under a range of climatic conditions. With proper care, bitumen roads can last several decades, making VG Bitumen a cost-effective choice for long-term infrastructure projects.


While Viscosity Grade Bitumen (VG Bitumen) is a commonly used material in various industries, it’s important to handle it safely. Here are some safety guidelines to follow when dealing with VG Bitumen:

  • Personal Protective Equipment (PPE): Always use appropriate PPE, including heat-resistant gloves, safety glasses, and long-sleeved clothing, to protect against burns and skin contact. Bitumen is usually handled at high temperatures, and accidental contact can cause serious burns.
  • Ventilation: Ensure proper ventilation in the working area, especially if bitumen is being heated indoors. Fumes from hot bitumen can be harmful if inhaled over an extended period.
  • Handling Hot Bitumen: Be cautious while transferring hot bitumen, as it can cause severe burns if spilled. Always use appropriate tools and follow safety protocols during this process.
  • Storage: Bitumen should be stored in appropriate containers and kept at a safe temperature to prevent overheating and potential fire hazards.
  • First Aid: In case of exposure, know the first aid procedures. For skin contact, cool the area immediately with cold water to minimize burns and seek medical attention. For inhalation, move to fresh air immediately and seek medical attention if symptoms persist.
  • Training: All personnel handling VG Bitumen should be adequately trained in handling procedures, safety protocols, and emergency response to ensure a safe working environment.

By following these safety tips, the risks associated with handling VG Bitumen can be significantly reduced. Always remember that safety should be the top priority when working with any industrial material.


The installation of Viscosity Grade Bitumen (VG Bitumen), particularly for road construction, involves several stages. The process is generally as follows:

  1. Preparation: The first step is preparing the surface where the bitumen will be laid. This might involve removing any old pavement and leveling or compacting the surface to ensure it is smooth and stable.

  2. Heating: The VG Bitumen needs to be heated before it can be used. This is typically done in a specially designed heater or boiler that can bring the bitumen up to the necessary temperature without overheating it.

  3. Mixing: The heated bitumen is then mixed with aggregate materials to create the asphalt. This mixture is also heated to ensure it remains workable during the installation process.

  4. Laying the Asphalt: The hot asphalt mixture is then spread onto the prepared surface using an asphalt paver. The paver evenly distributes the asphalt, and then heavy rollers compact it to create a smooth, hard surface.

  5. Cooling: Once the asphalt is properly compacted, it needs to cool down before it can be used. During this time, the bitumen hardens and binds the aggregate together, forming a strong, durable road surface.

  6. Sealing: In some cases, the surface may be sealed with a thin layer of bitumen or a bitumen-based sealant. This provides additional weather resistance and can help extend the lifespan of the pavement.

It’s important to note that the specific installation process can vary depending on the type of project, the specific grade of VG Bitumen being used, and local regulations or guidelines. Always follow the manufacturer’s instructions and local standards to ensure a safe and effective installation.


Maintaining roads or surfaces made with Viscosity Grade Bitumen (VG Bitumen) is crucial to ensure their longevity and safety. Here are some general maintenance practices:

  1. Regular Inspections: Regularly check the bitumen surface for signs of wear and tear. This includes cracking, potholes, rutting, or fading of road markings. Early detection of these issues allows for timely repairs.

  2. Repairing Damage: Minor cracks and holes should be repaired promptly to prevent them from expanding. Various repair methods are available, including patching for small potholes and crack sealing for minor cracks.

  3. Resurfacing: Over time, the bitumen surface may become worn or damaged beyond simple repair. In these cases, the road may need to be resurfaced. This involves removing the top layer of the existing pavement and replacing it with a new layer of asphalt.

  4. Sealcoating: Applying a sealcoat to the bitumen surface can help protect it from damage caused by UV rays, rain, and chemicals. Sealcoating also provides a smooth, black finish that improves the appearance of the road.

  5. Drainage: Proper drainage is essential to prevent water from pooling on the bitumen surface, as this can cause damage over time. Ensure that drainage systems are functioning correctly and clear any blockages promptly.

  6. Traffic Control: Try to prevent overloading the bitumen surface as excessive weight can cause damage. Implementing weight limits and controlling traffic can help protect the surface.

  7. Professional Help: For major maintenance tasks or when in doubt, it’s best to hire professionals who are experienced in handling VG Bitumen.

Proper maintenance of VG Bitumen surfaces can significantly extend their lifespan, reduce long-term repair costs, and ensure a safe and comfortable ride for road users.


The global bitumen industry is one that constantly evolves, and one of the key components of this industry is Viscosity Grade Bitumen (VG Bitumen). The price of Viscosity Grade Bitumen (VG Bitumen) is influenced by a variety of factors, from global economic conditions to technological advancements in the production process. Understanding these factors can provide significant insights into the dynamics of the VG Bitumen market.

Global Economic Conditions

The most significant influencer of the VG Bitumen price is the global economic conditions. When the global economy is thriving, there is an increased demand for infrastructure development projects, hence a higher demand for VG Bitumen, leading to a surge in the price of Viscosity Grade Bitumen (VG Bitumen).

Crude Oil Prices

Crude oil prices significantly impact the price of Viscosity Grade Bitumen (VG Bitumen). VG Bitumen is derived from crude oil during the refining process. Therefore, changes in the cost of crude oil directly affect the VG Bitumen price.

Production Costs

Another factor that affects the Viscosity Grade Bitumen (VG Bitumen) price is the cost of production. This includes everything from the cost of raw materials, labour, to the energy required in the refining process. Any increase in these costs will ultimately reflect in the Viscosity Grade Bitumen (VG Bitumen) price list.

Market Demand

Market demand also plays a critical role in determining the VG Bitumen price. An increase in demand for VG Bitumen, especially from emerging economies undergoing rapid infrastructure development, can cause a significant rise in its price.

Technological Advancements

The rate of technological advancement in the production process can also affect the price list of Viscosity Grade Bitumen (VG Bitumen). More efficient production techniques can lower production costs, potentially leading to a decrease in VG Bitumen price.

Leading companies like Petro Naft, ExxonMobil, and Shell Bitumen have substantial roles in determining the market price as they are major producers in the industry.

In conclusion, understanding the dynamics of Viscosity Grade Bitumen (VG Bitumen) price can provide potential buyers and sellers with valuable insights into the market and help them make more informed decisions. As the VG Bitumen market continues to evolve, it remains critical to keep a keen eye on these influencing factors.

Viscosity Grade Bitumen (VG Bitumen) Manufacturers and Suppliers

The global market for Viscosity Grade Bitumen (VG Bitumen) is a dynamic and competitive one. This robust industry is backed by a plethora of Viscosity Grade Bitumen (VG Bitumen) manufacturers and suppliers, each offering unique product specifications, pricing, and distribution networks. In this part, we aim to provide a comprehensive review of these manufacturers and suppliers from a global perspective.

Top Producers

The global production of VG Bitumen is dominated by a few key players. These major Viscosity Grade Bitumen (VG Bitumen) manufacturers include Petro Naft, ExxonMobil, and Shell Bitumen. Petro Naft, a leader in the industry, has a significant influence due to its extensive product range and global distribution network. ExxonMobil and Shell Bitumen, two internationally recognized giants in the petroleum industry, also contribute significantly to the supply of VG Bitumen globally.

Diverse Factories

Different factories around the globe cater to VG Bitumen production, each boasting its unique methodologies and quality control measures. Some of these factories have been in operation for decades, mastering the craft of VG Bitumen production, thereby ensuring a consistent supply of high-quality product.

Reliable Suppliers

The Viscosity Grade Bitumen (VG Bitumen) suppliers play a critical role in connecting manufacturers with consumers. Key players in the supply chain include companies like Total, British Petroleum, and Petro Naft. These firms have earned a reputation for their reliable delivery and customer service, making them trusted suppliers in the VG Bitumen industry.

Nearby Viscosity Grade Bitumen (VG Bitumen) Manufacturer

For end-users, proximity to a nearby Viscosity Grade Bitumen (VG Bitumen) manufacturer can bring about significant cost savings in transportation. Hence, the geographical distribution of manufacturers is an essential factor in the global VG Bitumen market.

In conclusion, the global VG Bitumen market comprises a variety of Viscosity Grade Bitumen (VG Bitumen) manufacturers and suppliers. Understanding these industry players, their production capabilities, and their distribution networks can offer valuable insights for potential customers, industry analysts, and stakeholders. The market continues to grow and adapt, backed by the efforts of these manufacturers and suppliers, keeping the VG Bitumen industry at the forefront of the global infrastructure development.

Where To Buy Viscosity Grade Bitumen (VG Bitumen)

Procuring Viscosity Grade Bitumen (VG Bitumen) requires a thorough understanding of the industry, the key players, and the supply chain dynamics. This guide aims to help potential buyers navigate through the complexities of the VG Bitumen market and inform where to buy Viscosity Grade Bitumen (VG Bitumen).


Purchasing VG Bitumen directly from manufacturers is one option. Many of the world’s leading petroleum companies, such as Petro Naft, ExxonMobil, and Shell Bitumen, produce and sell VG Bitumen. Buying directly from these manufacturers can often result in cost savings, especially for large-scale procurement.

Industry Suppliers

Many buyers opt to purchase Viscosity Grade Bitumen (VG Bitumen) from specialized industry suppliers. These suppliers, such as Total, British Petroleum, and Petro Naft, have robust networks that allow them to deliver VG Bitumen to buyers in various regions around the world. This method can be particularly useful for buyers located far from manufacturing plants.

Online Marketplaces

The rise of digital technology has also seen the emergence of online marketplaces where buyers can buy Viscosity Grade Bitumen (VG Bitumen) directly. These platforms offer a wide variety of VG Bitumen types from various manufacturers and suppliers, all in one place. They also provide detailed product specifications, pricing, and delivery options, making it easier for potential buyers to make an informed decision.

Local Distributors

For those looking for a nearby Viscosity Grade Bitumen (VG Bitumen) supplier, local distributors are an excellent option. These distributors usually have arrangements with manufacturers or major suppliers to distribute VG Bitumen within specific regions. This proximity can lead to reduced transportation costs and faster delivery times.

In conclusion, there are numerous avenues where one can buy Viscosity Grade Bitumen (VG Bitumen). The choice of where to buy ultimately depends on the buyer’s specific needs, such as the required quantity, delivery time, and cost considerations. As the VG Bitumen market continues to grow, potential buyers have an expanding array of options to procure this vital commodity.

Iran Viscosity Grade Bitumen (VG Bitumen) Price

Iran, as one of the world’s leading oil producers, plays a significant role in the global Viscosity Grade Bitumen (VG Bitumen) industry. In this part, we will analyze the Iran Viscosity Grade Bitumen (VG Bitumen) price, market trends, and future forecasts.

Market Trends

Iranian VG Bitumen price is subject to a myriad of influences. The most significant among these are global crude oil prices, domestic economic conditions, production costs, and market demand. Additionally, governmental policies and sanctions also affect the Iran Viscosity Grade Bitumen (VG Bitumen) price, due to their impact on Iran’s oil and gas industry.

Global Crude Oil Prices and Domestic Economic Conditions

As VG Bitumen is a derivative of crude oil, changes in global crude oil prices directly affect the Viscosity Grade Bitumen (VG Bitumen) market price in Iran. Furthermore, domestic economic conditions in Iran, such as inflation rate and currency exchange rate, can significantly impact the VG Bitumen price.

Production Costs and Market Demand

Production costs are a crucial determinant of the Iranian Viscosity Grade Bitumen (VG Bitumen) price. These costs include raw material costs, labor, energy, and technology investments. Market demand, both domestic and international, also plays a significant role in shaping the price.

Future Forecasts

As for the future, several factors are likely to influence the Iran Viscosity Grade Bitumen (VG Bitumen) price. If the global economy recovers from recent challenges and infrastructure development projects resume worldwide, it is expected that the demand for VG Bitumen will rise, pushing prices upwards.

Moreover, if Iran succeeds in improving its technological capabilities in VG Bitumen production, it might reduce production costs, potentially exerting a downward pressure on prices.

In conclusion, the Viscosity Grade Bitumen (VG Bitumen) market price in Iran is influenced by a complex mix of global and domestic factors. An understanding of these elements is vital for those engaged in the Iranian VG Bitumen market, as it can provide valuable insights for effective decision-making. As the market continues to evolve, tracking these influencing factors will remain critical for predicting future price trends.

Viscosity Grade Bitumen (VG Bitumen) Manufacturers and Suppliers in Iran

Iran’s abundant petroleum resources have allowed it to become a significant player in the Viscosity Grade Bitumen (VG Bitumen) industry. The country is home to a plethora of VG Bitumen manufacturers and suppliers that cater to both domestic and international markets. This part will provide an overview of VG Bitumen manufacturers and suppliers in Iran.


Several well-known companies are manufacturing Viscosity Grade Bitumen (VG Bitumen) in Iran. These include Petro Naft, Tehran Oil Refining Company, and Isfahan Oil Refining Company, among others. These manufacturers are equipped with state-of-the-art refineries and plants that ensure high-quality VG Bitumen production.

Petro Naft, for instance, operates a high-capacity refinery that produces VG Bitumen suitable for various applications. Similarly, Tehran Oil Refining Company and Isfahan Oil Refining Company also possess advanced refineries that contribute to Iran’s VG Bitumen production capacity.


There are numerous Viscosity Grade Bitumen (VG Bitumen) suppliers in Iran. These include companies like Pasargad Oil Company, Jey Oil Refining Company, and, of course, Petro Naft. These companies have robust distribution networks that enable them to supply VG Bitumen to various regions within Iran and export to overseas markets.

Pasargad Oil Company, for example, is known for its extensive supply chain and dependable service. Jey Oil Refining Company, on the other hand, has gained a reputation for providing high-quality VG Bitumen products to its clients.


The Iranian market also hosts various VG Bitumen sellers, including traders and distributors. These sellers play a crucial role in connecting Iranian VG Bitumen manufacturers to the global market, contributing to Iran’s position as a significant VG Bitumen exporter.

In summary, Iran’s Viscosity Grade Bitumen (VG Bitumen) industry is characterized by a wide range of manufacturers, suppliers, and sellers. These entities, with their combined efforts, ensure the availability of high-quality VG Bitumen for various applications within Iran and across the globe. This vibrant industry continues to contribute significantly to Iran’s economy and its standing in the global VG Bitumen market.

Stay updated with the latest prices of our wide range of Petronaft bitumen types. Explore the information on this page for weekly price updates and make informed decisions for your projects:

Price of Various Types of Bitumen Produced by Petronaft

Petro naft produces Viscosity Bitumen / VG Bitumen of the best quality in a variety of types and grades and exports them from Iran and the United Arab Emirates to other nations worldwide.

  • Viscosity Bitumen Iran / VG Bitumen Iran
  • Viscosity Bitumen Emirates / VG Bitumen Emirates


New Steel Drum, Jumbo Bag, and Bulk.


Transporting and storing Viscosity Grade Bitumen (VG Bitumen) can be done using different packaging options. Below, we will discuss three common packaging types for the transportation and storage of VG Bitumen: New Steel Drum, Jumbo Bag, and Bulk.

  1. New Steel Drum:

    • This packaging type involves using new and intact steel drums for the transportation and storage of VG Bitumen.
    • The drums have secure lids to preserve the quality and weight of VG Bitumen during transportation.
    • Steel drums are typically suitable for smaller volumes of VG Bitumen and are suitable for use in smaller or limited spaces.
  2. Jumbo Bag:

    • Jumbo bags, also known as big bags, are another packaging option used for the transportation and storage of VG Bitumen.
    • These bags are made from durable and high-strength materials, capable of carrying heavy loads.
    • Packaging with jumbo bags is particularly suitable when there is easy access to loading and unloading equipment.
  3. Bulk:

    • Bulk packaging refers to transporting VG Bitumen in a non-packaged, direct form in large cargo vehicles.
    • This method of transportation is usually used for larger volumes of VG Bitumen and requires specialized loading and unloading equipment, such as tankers.

It is important to use appropriate equipment and follow safety protocols during the transportation and storage of VG Bitumen in any packaging method. Additionally, adherence to manufacturer’s guidelines and local regulations is essential for the safe handling and storage of VG Bitumen.

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Articles Related to Viscosity Grade Bitumen

Frequently Asked Questions About VISCOSITY GRADE BITUMEN

To download the MSDS of Viscosity Bitumen (VG BITUMEN), you can click the "INFORMATION REQUEST AND PRODUCT SAMPLE" button below the product photos. We will send you the necessary information as soon as possible, or use the "ANY QUESTION?" form on the bottom right of the page.

To download the TDS of Viscosity Bitumen (VG BITUMEN), you can click the "INFORMATION REQUEST AND PRODUCT SAMPLE" button below the product photos. We will send you the necessary information as soon as possible, or use the "ANY QUESTION?" form on the bottom right of the page.

To download the specification PDF of Viscosity Bitumen (VG BITUMEN), you can click the "INFORMATION REQUEST AND PRODUCT SAMPLE" button below the product photos. We will send you the necessary information as soon as possible, or use the "ANY QUESTION?" form on the bottom right of the page.

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