What are the different types of paraffin?

Different Types of Paraffin: Beyond the Basics

Diving into the world of different types of paraffin reveals a vast landscape of applications and considerations. From its solid to liquid states, to its refinement processes, this guide provides a holistic view of its significance in modern industries.

Paraffin, derived from the distillation of petroleum, showcases a spectrum of variations, each having its distinct characteristics and applications. Starting with the solid form, commonly referred to as paraffin wax, its utility is observed in industries far and wide. This solid variant is extensively used in candle-making, given its clean-burning nature. Furthermore, its inclusion in cosmetic products, particularly in lotions and creams, is due to its moisturizing capabilities. On the other hand, the liquid state of paraffin, often termed as ‘liquid paraffin’ or ‘mineral oil’, finds its way into the pharmaceutical realm, serving as a laxative or as an ingredient in certain medical formulations. Beyond these, liquid paraffin is also employed as a coolant or lubricant in various machinery. The degree of refinement determines its purity and consequently, its application. Highly refined paraffin, for instance, is essential in producing food-grade waxes used in packaging and coatings.

Paraffin’s Role in Advancing Industries

Understanding the types of paraffin also demands an exploration of its refinement processes. Raw paraffin undergoes a series of treatments, from solvent dewaxing to hydrocracking, to yield different grades. Each grade, with its unique melting point, oil content, and viscosity, is tailored for specific industrial requirements. In the realm of electronics, paraffin finds its role in insulating and waterproofing, thanks to its non-conductive and hydrophobic properties. The textile industry, too, harnesses the power of paraffin in creating water-resistant fabrics. Another fascinating aspect is its role in laboratory settings, where it forms a protective barrier around specimens, ensuring their preservation. As we continue to innovate, paraffin’s versatility becomes even more evident. Whether it’s in the creation of art, the development of new materials, or the advancement of technology, the multifaceted nature of paraffin remains central to diverse sectors, underpinning its incontestable importance in the contemporary industrial landscape.

Introduction: Why Understanding Different Types of Paraffin Matters

Paraffin, a hydrocarbon-based substance with myriad applications, has anchored itself in various industries ranging from cosmetics to food processing, and from laboratory research to home goods. While its ubiquity might make it seem like a simple and homogeneous product, paraffin is anything but uniform. Understanding the diverse types of paraffin, their distinct properties, and specific applications can greatly benefit those in industries that heavily rely on it.

At a first glance, one might question why a deep understanding of paraffin’s different forms would be of any significance. However, the answer lies in the intricacies of its utilization. For instance, the type of paraffin used in the cosmetic industry varies greatly from what one might find in a research lab. In candle-making, the choice of paraffin can impact not only the quality of the candle but also its burn time, aroma release, and safety.

Additionally, as global trade expands and industries evolve, the demand for specialized, high-quality paraffin products rises. Manufacturers, distributors, and even end-users need to be knowledgeable about the substance’s nuances to ensure they’re utilizing or offering the right kind. This insight can influence decisions related to purchasing, safety, and application methods.

Furthermore, with the rise of digital platforms and easily accessible information, consumers are becoming more discerning about the products they use. They often research ingredients and their potential impacts on health and the environment. Having a deep understanding of paraffin, its different forms, and its diverse applications will allow businesses to cater to informed consumers, ensuring trust and brand loyalty.

In the ensuing sections, we will delve deeper into what paraffin is, explore its different types, and highlight how these distinctions make a significant difference in various applications. Whether you’re in the business of purchasing, selling, or simply using paraffin in its many forms, this knowledge will equip you to make informed decisions.

What is Paraffin? A Brief Overview

Paraffin, a term often used interchangeably with “paraffin wax,” is a white or colorless soft solid derived from petroleum, coal, or shale oil. When heated, it becomes a transparent liquid, and its versatile properties have made it an essential commodity in numerous industries.

Origin and Extraction: Paraffin is primarily derived from the refining process of crude oil. During the refining process, crude oil is distilled to produce a variety of products, from gasoline to diesel. Paraffin wax is a by-product of this process, emerging from the heavier components of crude oil.

Chemical Structure: At its core, paraffin is a mixture of hydrocarbons. These hydrocarbons have a general formula of CnH2n+2, where ‘n’ can vary, leading to a mixture of molecules with differing numbers of carbon atoms. This means that there are various forms and grades of paraffin, each with its unique set of properties.

Physical Properties: Paraffin is typically characterized by its melting point and the number of carbon atoms it contains. It’s solid at room temperature and begins to melt anywhere from about 46 to 68°C (115 to 154°F), though this can vary based on the specific type and its intended use. The substance is also odorless and tasteless, which contributes to its wide range of applications, especially in industries where these attributes are crucial.

Types of Paraffin: Broadly, paraffin can be categorized into two types: fully refined and semi-refined. Fully refined paraffin waxes are the purest forms, often used in applications requiring higher quality, like cosmetics. Semi-refined variants, on the other hand, might contain impurities, making them more suitable for applications like candle making.

Applications: Paraffin’s applications are vast, encompassing industries such as cosmetics (for products like lip balms and lotions), food (as a preservative or coating), and candle-making (due to its excellent burning properties). It’s also found in crayons, for its easy-to-color properties, and in therapeutic treatments, like paraffin baths used to treat conditions such as arthritis.

In essence, paraffin, with its multifaceted properties and forms, occupies a silent yet significant place in our daily lives. Its uses stretch far beyond what meets the eye, making it indispensable in a variety of sectors. As we proceed, we’ll dive into the nuances of the different types of paraffin, highlighting their unique characteristics and their specific roles across industries.

Types of Paraffin: Liquid vs Solid State

When discussing paraffin, it’s essential to understand its different states and how these variations impact its utility and functionality. Paraffin, in its most basic form, can exist as a liquid or solid. Each state offers its set of unique properties and applications.

1. Liquid Paraffin (Paraffin Oil or Mineral Oil):

• Definition and Production: Liquid paraffin, often known as paraffin oil or mineral oil, is a clear, colorless, odorless oil derived from the same refining process as paraffin wax. It’s essentially a by-product of petroleum refining and is a mixture of different types of hydrocarbons.
• Properties: Liquid paraffin has a thick, viscous consistency. Its density is less than water, and it’s insoluble in water and alcohol but soluble in chloroform, benzene, and other non-polar solvents.
• Applications: Liquid paraffin has a plethora of uses. In the medical field, it’s often used as a laxative or for skin treatments. In industries, it’s employed as a hydraulic fluid, in textile manufacturing, and as a lubricant in various machinery. Cosmetically, it’s a frequent ingredient in creams, lotions, and ointments due to its moisturizing properties.

2. Solid Paraffin (Paraffin Wax):

• Definition and Production: Solid paraffin, more commonly referred to as paraffin wax, emerges as a solid by-product from the petroleum refining process. As crude oil undergoes distillation, paraffin wax is extracted and then further refined to achieve various grades.
• Properties: It’s characterized by its white or colorless appearance when solid. When heated, it showcases a transparent liquid form. Paraffin wax has a specific melting point, which varies based on its purity and the number of carbon atoms present.
• Applications: Paraffin wax has a multitude of applications:
  • Candles: Paraffin wax is a primary component in the production of candles due to its burn quality and scent retention.
  • Cosmetics: It’s an essential ingredient in products like lipsticks, creams, and ointments, imparting moisturizing properties.
  • Food Industry: Paraffin wax is often used as a coating for foods like cheese and fruits, acting as a preservative by providing a barrier against moisture.
  • Crayons: The wax provides easy coloring properties, making it perfect for crayon production.
  • Therapeutics: Paraffin baths in spas or medical settings provide relief for conditions like arthritis and sore muscles.

Whether in a liquid or solid state, paraffin’s versatility is evident. Its unique properties in each state offer a wide range of applications across various industries. This dichotomy between the states showcases the adaptability and indispensability of paraffin in modern industries and everyday products.

Understanding Paraffin Refinement Processes

Paraffin, a hydrocarbon compound primarily found in crude oil, requires rigorous refinement to transform it into the various commercially viable products we use daily. The paraffin refinement processes are critical for yielding products with specific properties and standards suitable for particular applications.

1. Crude Oil Distillation:

• Process: The refinement of paraffin begins with crude oil distillation. Crude oil, a complex mixture of various hydrocarbons, undergoes fractional distillation to separate its components based on boiling points.
• Outcome: Heavier components, including lubricating oils, waxes, and heavy residues, settle at the bottom of the distillation column, while lighter fractions like gasoline and kerosene rise to the top.

2. Solvent Dewaxing:

• Process: The heavier residues obtained from crude oil distillation contain paraffin waxes. These waxes are separated using solvents like methyl ethyl ketone (MEK) or toluene. The mixture is chilled, causing the paraffin to crystallize.
• Outcome: The crystallized paraffin is then separated using filtration, yielding raw paraffin wax. The solvents are later recovered and reused.

3. Hydro-treating:

• Process: Raw paraffin wax contains impurities, including sulfur compounds and unsaturated hydrocarbons. Hydro-treating involves treating the wax with hydrogen in the presence of a catalyst to remove these impurities.
• Outcome: This process produces a more refined, stable, and odor-free paraffin wax, ready for further applications.

4. Bleaching:

• Process: The color of refined paraffin wax can sometimes be off-white due to residual impurities. Bleaching agents like fuller’s earth or activated carbon are employed to remove these color bodies.
• Outcome: A pure, white-colored paraffin wax suitable for applications like cosmetics and food-grade products.

5. De-oiling:

• Process: Sometimes, refined paraffin wax contains residual oils, which can alter its melting point and other physical properties. De-oiling involves cooling the wax to specific temperatures to crystallize the wax while leaving the oil in a liquid state.
• Outcome: The resulting solidified wax is then separated from the liquid oil through centrifugation or filtration, producing a harder and higher melting point paraffin.

6. Specialty Refinements:

• Process: For specific applications, paraffin may undergo additional treatments. For instance, UV stabilizers might be added for paraffins used in outdoor applications, or plasticizers could be added to modify the wax’s flexibility.
• Outcome: Tailored paraffin products with unique characteristics suitable for niche applications.

The refinement of paraffin is a multifaceted and meticulous process. From its initial extraction from crude oil to its final formulation as a pure wax or oil, every stage of refinement aims to enhance its properties and make it apt for diverse applications. Understanding these processes is crucial for industries and consumers alike, as it underscores the value and versatility of paraffin in our daily lives.

Oil Content in Paraffin: What Percentage Means for Quality

Paraffin, as a derivative of petroleum, can vary significantly in its oil content. The percentage of oil in paraffin directly influences its characteristics, applications, and overall quality. As such, understanding the oil content is crucial for manufacturers, suppliers, and consumers alike.

1. Low Oil Content – Fully Refined Paraffin Wax:

• Characteristics: Fully refined paraffin waxes have the lowest oil content, typically less than 0.5%. These waxes are odorless, tasteless, and have a clear, transparent appearance.
• Applications: Due to their purity, these waxes are commonly used in food packaging, cosmetics, and pharmaceuticals. They are also the prime choice for premium candle making.

2. Medium Oil Content – Semi Refined Paraffin Wax:

• Characteristics: Semi-refined paraffin waxes generally contain between 0.5% to 1.5% oil content. They are less translucent and might have a slight odor.
• Applications: These are versatile and are employed in crayons, cheaper candles, and certain types of packaging.

3. High Oil Content – Slack Wax:

• Characteristics: Slack wax is the crudest form of wax with an oil content ranging from 5% to as much as 30%. It is softer, more adhesive, and can have a more pronounced odor.
• Applications: Slack wax is typically used as a blending component or as a precursor to produce other refined waxes.

4. Influence on Physical Properties:

• Melting Point: As oil content increases, the melting point of the wax decreases. Fully refined paraffin with low oil content has a higher melting point compared to slack wax.
• Viscosity: Higher oil content increases the viscosity of the wax, making it more fluid when melted.
• Texture & Hardness: Low oil content results in a harder and brittle wax, while high oil content makes it softer and more pliable.

5. Price Implications:

• Cost-Efficiency: Slack wax, with its high oil content, is generally cheaper than fully refined paraffin. However, its applications are limited due to its impurities and high oil content.
• Premium Pricing: Fully refined paraffin waxes, with minimal oil content, are priced higher due to the intensive refining process and their purity.

6. Safety & Burning Characteristics:

• Clean Burning: Waxes with low oil content tend to burn cleaner with minimal soot and smoke, making them ideal for candle-making.
• Flammability: Higher oil content can make the wax more flammable and can influence the burning characteristics of products like candles.

The oil content in paraffin is a determinant of its quality, characteristics, and applications. While high oil content may be suitable for certain industries or applications, low oil content signifies purity, versatility, and premium quality. Whether it’s for commercial use or personal projects, understanding the oil percentage in paraffin is essential for making informed decisions.

Common Uses of Various Paraffin Types in Industries

Paraffin, with its versatility and unique properties, has infiltrated a multitude of industries, each valuing different types and grades for their specific uses. Let’s explore how various paraffin types serve different industrial sectors.

1. Cosmetics and Personal Care:

• Fully Refined Paraffin Wax: Employed in lip balms, lotions, and cosmetics because of its smooth texture and hypoallergenic properties.
• Liquid Paraffin: Used as a moisturizing agent in lotions and creams.

2. Food Industry:

• Fully Refined Paraffin Wax: Acts as a protective coating for cheeses and certain fruits, preventing moisture loss and spoilage. It’s also used in chocolate coatings and candy.
• Liquid Paraffin: Sometimes used as a laxative or as an anti-foaming agent in fermentation processes.

3. Candle Making:

• Semi Refined and Fully Refined Paraffin Wax: Most commercial candles are made from these due to their consistent burn qualities and translucence.

4. Packaging:

• Fully Refined Paraffin Wax: Offers a waterproofing quality when applied to paper or cardboard. It’s commonly found in freezer papers or coating for drink cartons.

5. Crayons and Inks:

• Semi Refined Paraffin Wax: Used for its vibrant color clarity and ease of use.

6. Medical and Therapeutic:

• Liquid Paraffin: Used in some medicinal formulations and as a base for medical creams.
• Fully Refined Paraffin Wax: Used in therapeutic treatments, like paraffin baths for arthritis patients.

7. Adhesives and Board Manufacturing:

• Slack Wax: As it’s more adhesive, it’s employed in certain types of glues, and in the manufacturing of particleboards.

8. Rubber and Tires:

• Semi Refined Paraffin Wax: Acts as a blending component to provide specific texture and heat resistance.

9. Textiles:

• Liquid Paraffin: Used as a lubricating component in some textile processes.
• Fully Refined Paraffin Wax: Can be used in certain fabric treatments for added texture or water resistance.

10. Construction and Infrastructure:

• Semi Refined Paraffin Wax: Often mixed with concrete and other building materials to modulate setting times and textures.
• Liquid Paraffin: Utilized in some types of paints and finishes.

11. Laboratory Applications:

• Fully Refined Paraffin Wax: Frequently used as an embedding medium for histology, allowing tissue samples to be sliced very thinly for microscopic analysis.

Across a spectrum of industries, the diverse forms of paraffin hold a crucial role, tailored to the specific requirements of each sector. Whether it’s for crafting, therapeutic purposes, or commercial manufacturing, understanding the varied uses of paraffin types aids in optimizing its potential benefits.

Comparative Analysis: Solid Paraffin vs Liquid Paraffin

Paraffin, whether in solid or liquid form, remains one of the most versatile products derived from petroleum. Both forms have their unique attributes and specific applications. This section delves into a comparative analysis of solid and liquid paraffin, highlighting their characteristics, uses, and differences.

Physical State:

• Solid Paraffin (Paraffin Wax):
  • Typically white or off-white and comes in slabs or blocks.
  • Solid at room temperature and requires heat to melt.
• Liquid Paraffin (Mineral Oil or Liquid Petroleum):
  • Clear, colorless oil-like liquid.
  • Liquid at room temperature and has a greasy texture.

Refinement:

• Solid Paraffin:
  • Derived from the dewaxing process of base oil in refineries.
  • Undergoes additional purification processes to achieve different grades.
• Liquid Paraffin:
  • Produced during a process that removes the solid paraffin from petroleum.

Applications:

• Solid Paraffin:
  • Candles, crayons, and cosmetics.
  • Coatings for waxed paper or cloth.
  • Used in salons for paraffin treatments.
• Liquid Paraffin:
  • Cosmetics and personal care products like lotions and creams.
  • Base for some medicinal formulations.
  • Industrial applications as a lubricant or coolant.

Melting Point:

• Solid Paraffin:
  • Has a specific melting point depending on its grade, usually between 46 to 68°C.
• Liquid Paraffin:
  • Doesn’t solidify until a much colder temperature, usually below freezing.

Benefits:

• Solid Paraffin:
  • Provides a consistent burn in candles.
  • Offers protective barriers in cosmetics and food.
• Liquid Paraffin:
  • Serves as an excellent moisturizer in skincare.
  • Non-comedogenic, meaning it doesn’t clog pores.

Challenges:

• Solid Paraffin:
  • Not suitable for all cosmetic applications due to its solid nature.
• Liquid Paraffin:
  • Being oil-based, it can leave a greasy residue in some applications.

Environmental Considerations:

• Solid Paraffin:
  • Non-biodegradable, but can be recycled in certain applications like candle making.
• Liquid Paraffin:
  • Not easily biodegradable and can be harmful if large quantities are disposed of improperly.

While solid and liquid paraffin both originate from the same petroleum source, their distinct characteristics and diverse applications make them unique in their own right. Understanding these differences is crucial for industries and individuals to utilize them effectively and safely.

Health and Environmental Impacts of Different Paraffin Types

The use of paraffin, both in its solid and liquid forms, has long been a topic of discussion concerning health and environmental impacts. This section aims to provide an unbiased overview of these potential impacts, helping consumers and industries make informed decisions.

Health Impacts:

1. Skin Exposure:
   • Solid Paraffin (Wax): Generally considered safe when applied topically, often used in therapeutic paraffin baths for joint pain and skin treatments. However, individuals with sensitive skin might experience minor irritation.
   • Liquid Paraffin (Mineral Oil): Widely used in cosmetics and skincare products. While it’s non-comedogenic (doesn’t clog pores), overuse can lead to skin becoming dependent on it for moisture.
2. Inhalation:
   • Solid Paraffin: Burning paraffin candles can release soot and volatile organic compounds (VOCs), potentially leading to respiratory issues over prolonged exposure. The quality and refinement level of the wax play a significant role in emission levels.
   • Liquid Paraffin: Rarely an inhalation risk unless aerosolized. Industrial workers may face exposure risks during manufacturing processes.
3. Ingestion:
   • Both forms are generally non-toxic in small amounts, but consuming large quantities can lead to digestive disturbances. Some grades of liquid paraffin are used as laxatives, but dosage and frequency should be monitored.

Environmental Impacts:

1. Biodegradability:
   • Both solid and liquid paraffin are hydrocarbons and are not easily biodegradable. This poses challenges for ecosystems if significant quantities enter the environment, particularly water bodies.
2. Carbon Emissions:
   • Solid Paraffin: Burning paraffin candles produces carbon dioxide (CO2). However, the amount is often considered negligible compared to larger industrial emissions.
   • Liquid Paraffin: As a derivative of petroleum, its production contributes to greenhouse gas emissions, though its direct use is not a major CO2 contributor.
3. Waste:
   • Used paraffin products, if not disposed of properly, can lead to environmental pollution. It’s essential to ensure paraffin waste is correctly treated or recycled.
4. Water Pollution:
   • Spills or improper disposal of liquid paraffin can lead to water contamination. Being insoluble in water, it forms a film on the water surface, impacting aquatic life.
5. Land Pollution:
   • Improper disposal of solid or liquid paraffin can affect soil quality, making it less fertile and disrupting microorganisms.

Both forms of paraffin have numerous applications in various industries, emphasizing the need for understanding their health and environmental impacts. Proper usage, disposal, and awareness can mitigate many of these potential issues. As always, it’s crucial to ensure that any paraffin product used adheres to safety and environmental guidelines established by health and regulatory bodies.

Price Differences Amongst Various Paraffin Grades

The pricing of paraffin, in both its solid and liquid states, varies widely based on several factors. This section aims to elucidate the reasons behind these pricing disparities and to help consumers and industries comprehend the value proposition each grade offers.

1. Level of Refinement:
   • Highly refined paraffin grades, which are nearly white and contain minimal impurities, often command higher prices due to the intensive refinement process.
   • Less refined grades, which may have a darker color and higher impurity content, are typically less expensive.
2. Oil Content:
   • Paraffin with lower oil content (hard paraffin) is typically pricier than paraffin with higher oil content (soft paraffin). This is because a lower oil content generally means higher purity and better performance in specific applications, such as candle making.
3. Application and Functionality:
   • Specialized paraffin grades designed for specific industries or applications (e.g., medical-grade paraffin or food-grade paraffin) often come at a premium due to their tailored properties and the stringent quality controls they must pass.
4. Origin and Source:
   • The geographic origin of the crude oil from which paraffin is derived can influence its price. For instance, paraffin derived from specific regions might be priced higher due to perceived quality, geopolitical factors, or transportation costs.
5. Volume of Purchase:
   • Buying paraffin in bulk often reduces the per-unit cost. Wholesale purchasers or industries that require large volumes typically benefit from discounts.
6. Market Dynamics:
   • Global supply and demand fluctuations, driven by factors like geopolitical events, natural disasters affecting refineries, or significant shifts in industrial demand, can play a role in paraffin pricing.
7. Additives and Enhancements:
   • Paraffin products enhanced with additives (like UV stabilizers, colorants, or fragrances) can be priced higher than their unenhanced counterparts.
8. Packaging and Branding:
   • Premium brands or those that offer specialized packaging tailored for specific industries might price their paraffin products higher.
9. Regulatory and Quality Certifications:
   • Paraffin grades that adhere to specific quality standards or have been certified by certain bodies (e.g., ISO-certified) can command higher prices, reflecting the cost of maintaining these standards and certifications.
10. Economic Factors:

• Currency exchange rates, inflation, and local economic conditions can influence paraffin prices in specific regions.

The variation in the prices of different paraffin grades arises from a complex interplay of factors ranging from production costs to market dynamics. For potential buyers, understanding these variables and their importance relative to the intended application is crucial in making informed purchasing decisions.

Conclusion: How to Choose the Right Type of Paraffin for Your Needs

Choosing the appropriate type of paraffin for specific needs can be a daunting task, especially given the wide range of options available in the market. However, a systematic approach can simplify this process and ensure that you make a decision that provides value for your money and meets your specific requirements. Here’s a concise guide to help you make the right choice:

1. Identify Your Primary Requirement:
   • Start by defining the core purpose of the paraffin. Whether it’s for industrial applications, cosmetics, therapeutic use, or crafting, understanding your main objective will narrow down your options considerably.
2. Assess Quality and Purity:
   • Depending on your usage, the purity of paraffin might be crucial. For applications like cosmetics or food-related purposes, ensure that the paraffin is of the highest purity and meets all safety standards.
3. Consider Physical State:
   • Decide between solid or liquid paraffin based on your intended use. Solid paraffin is typically employed in applications like candles, whereas liquid paraffin finds uses in items like lotions.
4. Check Oil Content:
   • The oil content in paraffin can influence its consistency and properties. Make sure it aligns with your needs, whether you require a softer or harder end product.
5. Analyze Environmental and Health Impacts:
   • Always consider the environmental footprint of the paraffin you’re choosing. Some types might have a higher environmental impact than others. Moreover, be aware of any potential health implications, especially if the product will be in direct contact with the skin or consumed.
6. Determine Price Sensitivity:
   • While price should not be the sole determinant, it’s an essential factor. Strike a balance between quality and cost-effectiveness based on your budget and requirements.
7. Research Brands and Suppliers:
   • Always opt for reputable suppliers and brands that have positive reviews and have been in the business for a significant period. They are more likely to provide quality products and stand behind them.
8. Consider Availability and Logistics:
   • If you need paraffin regularly or in bulk, ensure that the supplier can meet your demands in terms of quantity and timely delivery.
9. Stay Updated:
   • The world of paraffin is continually evolving with new research, applications, and innovations. Stay updated with the latest trends and findings to make informed choices in the future.
10. Seek Expertise if Uncertain:

• If you’re unsure, always consult with industry experts or peers who might have more experience in selecting and using paraffin.

Final Thoughts:

Choosing the right type of paraffin is integral to the success of your project or product. By understanding the nuances of each type and aligning them with your specific needs, you can optimize your results and get the best value for your investment. Always prioritize quality and safety, and remember that while price is essential, it shouldn’t come at the compromise of the product’s efficacy or safety.

In our exploration of different types of paraffin, we uncovered its significance in various industries, its states, refinement processes, and the implications of oil content. We further delved into the comparative analysis between solid and liquid forms, assessing their economic, health, and environmental impacts. With this comprehensive understanding, consumers and industries can make informed decisions, choosing the right paraffin type tailored to their unique needs.

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Paraffin Wax (Paraffin)