Black Masterbatch For Automotive

Black Masterbatch For Automotive

Black Masterbatch for antomotive application is made from polyethylene resin and environmentally friendly low-sulfur carbon black. It is processed through a continuous back-and-forth refining machine, extruded with a twin-screw machine, subjected to double vacuum extraction, and underwater pelletized. After that, it undergoes odor removal using a VOC device for 4-6 hours, followed by thermal treatment. Finally, it is tested in a quality control aroma laboratory for 3-4 hours by professional evaluators to meet certain automotive interior parts manufacturers' odor standards before being packaged and stored. Some products can achieve the odor standards of 3.0-3.2. Main Applications: Mainly used for interior materials of new energy vehicles (PP modified materials),such as steering wheel, airbag, seat belt, bumper, dashboard and etc... with low odor, blue-black appearance, and uniform, good durability of particles. Usage Instructions: Recommended Addition Amount: 1.5-2% (final amount depends on customer application) Mixing Method: Can be mixed directly with raw materials using low or high mixing methods. Weight/Storage Method: 25kg/bag, store in a dry, ventilated place.
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Description
Technical Parameters
What Is Black Masterbatch for Automotive?
 

Black masterbatch for automotive refers to a concentrated mixture of carbon black and a carrier polymer, which is specifically formulated for use in the manufacturing processes of the automotive industry. The primary purpose of this masterbatch is to impart a deep black color to various plastic components used in automobiles. These components can range from interior trim pieces, dashboards, and wheel covers to external body parts and under-the-hood applications.

 

The choice of carbon black used in automotive masterbatch is critical due to its impact on the final product's physical properties. High-quality carbon black not only provides a rich, long-lasting color but also enhances the strength, durability, and weather resistance of the plastic parts. This is particularly important in the automotive sector, where components must endure harsh environmental conditions and often need to comply with stringent safety standards.

 

Advantages of Black Masterbatch for Automotive

 

 

Improved opacity and whiteness
One of the main benefits of using automotive black masterbatch is its ability to provide excellent opacity to plastic products. By incorporating high-quality titanium dioxide (tio2) and other additives, automotive black masterbatch ensures uniform and consistent black coloration of the base polymer. This is particularly beneficial for applications that require a true glossy black appearance, such as packaging materials and consumer goods.

 

Cost-effective coloration
Automotive black masterbatch offers a cost-effective way to color plastics black. By using masterbatch, manufacturers can avoid stocking individual black pigments, reducing inventory costs and waste. Additionally, the precise dosing and dispersion of automotive black masterbatch in the base polymer ensures uniform color distribution, eliminating the risk of color variation during production.

 

UV protection
Automotive black masterbatch can be formulated to provide uv protection to plastic products. The titanium dioxide particles in the masterbatch can scatter and absorb uv radiation, helping to protect the underlying plastic from harmful uv rays. This makes automotive black masterbatch ideal for outdoor applications where uv degradation can lead to fading and shortened product life.

 

Thermal stability
Incorporating automotive black masterbatch into plastics enhances their thermal stability. Masterbatches act as an effective thermal barrier, reducing heat absorption and increasing the material's resistance to temperature fluctuations. This property is highly beneficial for applications in the automotive and electronics industries, where products may be exposed to varying temperature conditions.

 

Wide applications
Automotive black masterbatch can be applied across a wide range of industries. It is typically used to produce films, sheets, fibers, injection molded parts, and extruded profiles. Industries such as packaging, textiles, construction, and home furnishings benefit from the versatility of automotive black masterbatch to achieve the desired product aesthetics and performance.

 

Easy processing
Automotive black masterbatch is designed to be compatible with a wide range of plastic resins, ensuring easy processing during the manufacturing process. The masterbatch can be evenly dispersed in the base polymer without affecting its processing characteristics, allowing manufacturers to seamlessly incorporate black into their products.

 

Black Masterbatch For Mulch Film

Black Masterbatch for Mulch Film

The primary features are strong puncture resistance, hiding ability, high gloss, strong aging resistance, smooth film surface, flawless dispersion, easy processing, and weathering resistance.

Black Masterbatch For Extrusion

Black Masterbatch for Extrusion

Used in the automotive industry, optical cable, insulation parts, construction industry water pipes, floors.The main functions are strong wear resistance, strong aging resistance, weather resistance, antistatic function, flame retardant function, uniformity, perfect dispersion.

Black Masterbatch For Granulation

Black Masterbatch for Granulation

Used in the field of plastic products, electrical appliances and textile industry. The main function is to enhance the high concentration of melanin, uniformity, perfect dispersion, excellent processing performance, high light stability and static electricity resistance.

Black Masterbatch For Pipe

Black Masterbatch for Pipe

Used in water pipe, corrugated pipe, drain pipe, drip pipe, high-pressure water inlet pipe, bellows, gas pipe. The main functions are high brightness, good compatibility, no needle point, anti-aging, easy dilution, low compound water absorption, low content of sulfur, ash content control, to ensure the toughness of the high-pressure pipe quality.

Black Masterbatch For Filament

Black Masterbatch for Filament

Used in the information and communication, optical cable,automotive, stationery, 3D printing consumables. The main functions are high quality, high performance, Perfect dispersion, perfect dispersion, static electricity resistance, processing, thermal stability, stable anti-UV performance, dimensional stability, high impact.

PC Black Masterbatch

PC Black Masterbatch

Used in cosmetic packaging boxes, toys, electrical appliances, automobile industry, medical devices, electrical enclosures and other advanced products. The main functions are mechanical properties, flame resistance, high temperature resistance, chemical resistance and good surface quality, processing properties, weather resistance, static electricity resistant, foaming function.

Black Masterbatch For Blown Bottle

Black Masterbatch for Blown Bottle

Used in the field of food, PP tableware, including beverage, packaging,as well as in the field of cosmetics and medicine. The main functions are color stability, easy dispersion, heat resistance, perfect dispersion, weather resistance, strong oxidation resistance, stable anti-UV performance.

PP Black Masterbatch

PP Black Masterbatch

Used in industrial supplies, automobile industry, electrical appliances and medical equipment. High stability and excellent processing performance, dyeing performance, light resistance, high temperature resistance environmentally flame resistance, harmless.

PS Black Masterbatch

PS Black Masterbatch

Used in the field of energy, medicine. The main function is to improve catalytic and separation performance, excellent electrical chemical effect, adsorption efficiency, renew ability,perfect dispersion.

 

Why Choose Us
 

Our Company
Guangdong E-LUCK Plastic Technology Co., Ltd. is a joint-stock company focused on technology. We integrate scientific research, production, and trade. As one of the governing units of the Multifunctional Plastics Association of the China Plastics Association, our headquarters are in Boluo, Huizhou, Guangdong. Located in Huangxi Industrial Park, Shiwan Town, our proximity to Guangzhou, Dongguan, and Shenzhen offers excellent transportation advantages.

 

Production Market
We sell our high-quality products both nationwide and in over 30 countries around the world. Our clientele includes businesses across China, Europe, America, Africa, Singapore, Vietnam, and South Africa. We are known for providing reliable and exceptional service.

 

Application
Our products find applications in various fields, including the automotive industry, electronics, municipal construction, and the military. They are used for high-gloss injection molding, blown film, bottles, and engineering plastics. We offer products that are high-temperature resistant, feature a blue tint, and include anti-static properties. Our products are also used in new energy applications.

 

Our Products
Our main business involves independent research and development. We specialize in black masterbatch, long glass fiber reinforced polypropylene (LFT), and engineering plastic modification. Our annual production includes 50,000 tons of black masterbatch and 20,000 tons of LFT.

 

Types of Black Masterbatch for Automotive
 

Color masterbatch
It imparts color to plastics, allowing manufacturers to produce items in a wide range of colors without the need for handling and storing multiple colorants.

 

Additive masterbatch
It includes additives such as uv stabilizers, antioxidants, anti-static agents, flame retardants, and more. These additives enhance the performance, durability, or specific properties of the plastic product.

 

White masterbatch
Used to achieve a white color in plastics, it is particularly useful when the natural color of the base polymer is not suitable for the application.

 

Black masterbatch
Provides a black color to plastics and is often used to achieve a deep, opaque appearance. It can also incorporate other additives as needed.

 

Filler masterbatch
Filler masterbatch contains inorganic fillers like calcium carbonate or talc, which are added to plastic resins to improve mechanical properties and reduce costs. Enhancing stiffness, impact resistance, and reducing the overall cost of plastic products.

 

Application of Black Masterbatch for Automotive

Automobile sector

The automobile sector uses a lot of carbon black masterbatch to make tires, interior trims, bumpers, and other components. These components work better and last longer since the masterbatch protects them from UV rays in addition to improving their color.

 

Packaging

Rich black hues in films, bottles, and containers are often achieved in the packaging business by using carbon black masterbatch. Its UV resistance helps to avoid light-induced deterioration, which is very helpful in maintaining the integrity of packaged products.

 

Building supplies

The manufacture of pipes, wires, and roofing materials involves the use of carbon black master batch. Because of its electrical conductivity, it may be used in situations where static electricity regulation is necessary to maintain the materials' functioning and safety.

 

 

Components of Black Masterbatch for Automotive

 

Black Masterbatch For Extrusion

Carrier

The majority of the masterbatch is composed of the carrier, which is the basis material. Usually, it's a polymer that works well with the one that will be altered.

Black Masterbatch For Blown Bottle

Additives

Materials added to the carrier to change the polymer's characteristics are known as additives. They could be stabilizers, fillers, colors, or other substances.

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Dispersant

An ingredient that keeps the additives uniformly distributed throughout the carrier is called a dispersant.

 

Material of Black Masterbatch for Automotive

Toner
High-concentration pigments (or dyes) can be used to make special color masterbatches or general-purpose color masterbatches for various plastics; it is also possible to first prepare qualified colors and then mix the pigments with the color masterbatch carrier according to the formula ratio. Through the heating, plasticizing, stirring and shearing action of the granulator, the molecules of the pigment and the molecules of the carrier resin are finally fully combined to form particles similar in size to the resin particles, that is, color masterbatch.

 

Carrier
The special color masterbatch carrier is the basis of the color masterbatch. Generally, the same resin as the product resin is selected as the carrier, so that the compatibility of the two is the best, but the fluidity of the carrier should also be considered.

 

Auxiliaries
mainly include dispersants, coupling agents, compatibilizers, etc. to promote uniform dispersion of pigments and no longer cohesion. The melting point of the dispersant should be lower than that of the resin, and it has good compatibility with the resin and good affinity for the pigment. The most commonly used dispersants are polyethylene low molecular weight waxes and stearates.

 

How to Extend the Shelf Life of Automotive Black Masterbatch?

 

Proper storage conditions
Store black masterbatch for automotive in a cool, dry environment. Fluctuations in temperature can lead to condensation inside containers, potentially damaging the masterbatch.Ensure the storage area is well-ventilated to prevent the buildup of humidity, which can cause clumping and degradation.Keep the storage area clean and free from dust and contaminants. Maintain hygiene to prevent cross-contamination.

 

Airtight packaging
Use airtight packaging materials such as sealed bags or containers with secure lids to prevent air and moisture from entering.Consider including moisture-absorbing desiccant packets within the packaging to further protect against moisture-related issues.

 

Moisture control
Ensure the packaging material is moisture-resistant to prevent water vapor from permeating and affecting the masterbatch.Minimize temperature fluctuations in the storage area to prevent condensation inside the packaging.

 

Avoid contamination
Store different masterbatch colors separately to prevent cross-contamination. Residue from one color can affect the purity of another.Use clean equipment and utensils when handling masterbatches to minimize the risk of contamination.

 

Regular quality checks
Implement a system for routine quality checks on stored masterbatches. Look for signs of discoloration, clumping, or any other deterioration.If any signs of deterioration are observed, take quick corrective actions, such as resealing the packaging or using damaged masterbatches for less critical applications.

 

Inventory management
Implement the first-in, first-out (fifo) inventory management system to ensure that older masterbatches are used before newer ones. This prevents older batches from sitting unused for extended periods.

 

Supplier recommendations
Adhere to your masterbatch supplier's storage and handling guidelines. They may have specific recommendations based on the type of masterbatch you are using.

 

Employee training and awareness
Ensure personnel handling masterbatches are trained in proper storage and handling procedures. Awareness of the importance of preserving masterbatch quality is crucial.

 

 
Process of Black Masterbatch for Automotive
 
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Formulation and compounding
The journey begins with the formulation of the masterbatch recipe. It invoves determining the precise ratios of base resin, pigments, carrier resins, and any reguired additives. This formulation is critical as it dictates the final color, functionality, and compatibility of the masterbatch with the end product.

02/

Mixing and nomogenization
Once the recipe is estabished, the ingredients are introduced to a mixer or compounder. This equipment blends the base resin, pigments, and carier resin to create a uniform, homogenous mixture. The qualty ofthis mixing step is vital to ensure that pigments and additives are evenluy dispersed throughout the mixture.

03/

Extrusion
The compounded mixture is then fed into an extruder. A machine desioned to mel and process the resin blend. Nside the extruder, the mixture is subiected to conrolled temperatures and pressures, ransforming itinto a consistent molten form. The extrusion proess is crucial for breaking down any agglomerates,ensuring the homogenous distribution of pioments, and eliminating anu air or moisture.

04/

Ouaftu contro andlesting
Throughout the manufacturing process,gualitu control measures are applied.Varpus instruments and testing eovipment such as spectrophotometers and rheometers, are used to verifu the color, dispersion, and other essenfialcharacteristics of the masterbatch. This ensures that the product meets the desired specifications and performance standards.

05/

Pelletization
Following extrusion, the molten resin is passed through a peletizing unit.This equipment shapes the resininto small pelets or granules,allowing for easy handling and storage. The size and shape of the pellets are carefully controlled to meet specific customer reguirements.

06/

Packaqing and storage
Once the masterbatch is produced and validated, it is packaged and stored in a controled environment to preserve its quality untilit reaches the end use proper packaging and storage conditions are critical to prevent contamination, degradation, or color shifts.

 

When Choosing a Black Masterbatch For Automotive
Black Masterbatch For Filament
Black Masterbatch For Blown Bottle
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PC Black Masterbatch

Material characteristics
First of all, you have to understand the characteristics and requirements of the required products. Different types of black masterbatch for automotive have different physical, chemical, and mechanical properties. Depending on the type of plastic products you produce or use, select the optimum black masterbatch for automotive to match it. For example, if you want to produce anti-fogging products, you need to choose a black masterbatch for automotive with anti-fogging additives to meet this performance of the product.

 

Quality certification
Ensure that the selected brand has the relevant quality certification and complies with international standards. Most of the current black masterbatch for automotive have passed tuv ok compost certification, home ok compost certification, din certco en13432 certification, australian as4736 and as5810 certification, and bpi astm d-6400 certification. Full certification will give you a higher level of assurance that the final product is of the desired quality.

 

Cost-effectiveness
In addition to quality, cost is also an important factor. Compare the price and performance balance between different brands and weigh the impact on your profitability and market competitiveness.

 

Technical support
Find vendors who can provide you with comprehensive technical support and meet your individual needs. They can support you with professional advice, solutions, and after-sales service. This support will become a boost to your product production process.

 

Reliable delivery time
Timely delivery is critical to production planning. Choosing suppliers who can deliver on time and with high stability and reliability will make the entire production process smoother.

 

Environmental friendliness
In today's society, environmental friendliness has become one of the goals pursued by many companies, giving priority to those who are committed to environmental protection and introducing low-carbon emission products.

 

Our Factory

 

As a member of the China Plastics Association (Multifunctional Plastics Association), E-LUCK has integrated scientific research, production, and trade into its headquarters at Huangxi Industrial Park, Shiwan Town, Boluo County, Huizhou, Guangdong. Our close proximity to Guangzhou, Dongguan, and Shenzhen offers exceptional regional advantages, facilitating swift and efficient trade between these areas.

 

The company's main products involve independent R&D in black masterbatch, LFT (Long Glass Fiber Reinforced Polypropylene), and engineering plastic compounding. Our products are widely utilized across various fields, including the automotive industry, electronics, municipal construction, the military, and new energy. We sell our high-quality products nationwide and in over 30 countries around the globe, providing thousands of businesses with reliable and superior service.

 

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FAQ

 

Q: What is black masterbatch?

A: Black masterbatch is a concentrated blend of carbon black pigment and a carrier polymer, designed to disperse the pigment evenly when added to plastic resins during manufacturing processes.

Q: What are the primary uses of black masterbatch?

A: It is primarily used to color plastics, providing a deep, opaque black finish. It's commonly used in automotive parts, agricultural films, pipes, and profiles due to its UV stability and color consistency.

Q: How does black masterbatch differ from other color masterbatches?

A: Black masterbatch tends to be less expensive than other color masterbatches because carbon black is abundant and has excellent tinting strength. Additionally, it offers superior UV resistance, which is crucial for outdoor applications.

Q: What is the typical composition of black masterbatch?

A: It usually consists of 40-50% carbon black, 40-50% polymer carrier, and 5-10% additives (e.g., antioxidants, dispersants).

Q: What are the benefits of using black masterbatch over raw carbon black?

A: Using black masterbatch ensures a more consistent color throughout the plastic product, improves processing by aiding dispersion, and reduces dust, thus improving workplace safety and reducing the need for cleaning.

Q: Can black masterbatch be used in food-contact applications?

A: Certain black masterbatches are formulated to be safe for food contact. These are made with food-grade carriers and comply with relevant regulations, such as FDA standards in the USA.

Q: How does the carbon content affect the quality of the black masterbatch?

A: Higher carbon content generally results in a deeper black color, but it can also make the masterbatch more abrasive and affect the processing characteristics. A balance is necessary for optimal performance.

Q: What are the key factors to consider when selecting a black masterbatch?

A: Factors to consider include compatibility with the base resin, the required level of tinting strength, the desired physical properties (e.g., impact resistance), and regulatory compliance for end-use applications.

Q: Can black masterbatch be used with all types of polymers?

A: While most black masterbatches are formulated for use with common plastics like PP, PE, PVC, and PS, some may not be compatible with every polymer. It's important to check with the manufacturer for compatibility.

Q: Does the addition of black masterbatch affect the mechanical properties of the final product?

A: In most cases, the impact on mechanical properties is minimal. However, the effect can vary depending on the type of polymer and the amount of masterbatch added.

Q: Can black masterbatch impart conductivity to plastic?

A: Pure carbon black has conductive properties, but the degree to which a black masterbatch can make a plastic conductive depends on the carbon loading and the dispersion of the carbon black within the polymer matrix.

Q: How does temperature affect the processing of black masterbatch?

A: High temperatures can cause premature degradation of the masterbatch, leading to color change and reduced performance. It's important to follow the recommended processing conditions provided by the manufacturer.

Q: Can black masterbatch be recycled?

A: Yes, black masterbatch can be recycled. The carbon black content does not degrade, and the masterbatch can be reused in the production of new plastic products.

Q: What are the environmental impacts of using black masterbatch?

A: The environmental impact is generally low, especially compared to the use of raw carbon black, as the masterbatch allows for more efficient use of materials and can be recycled.

Q: Is there a difference between virgin and recycled carbon black in masterbatch formulations?

A: There can be differences in terms of purity and performance. Virgin carbon black typically provides better color and dispersion, while recycled carbon black may contain contaminants that affect the final product quality.

Q: Can black masterbatch be used to color transparent plastics?

A: While black masterbatch is designed to provide an opaque finish, it can be used to color translucent plastics to give a dark tint rather than full opacity.

Q: What certifications should a high-quality black masterbatch have?

A: Certifications may include ISO standards for quality management, UL for safety, and FDA approval for food contact applications. Specific certifications will depend on the intended use and regional regulations.

Q: How is the storage life of black masterbatch determined?

A: Storage life is influenced by factors like temperature, exposure to light, and the presence of oxygen. Manufacturers provide guidelines based on the shelf life under recommended storage conditions.

Q: Can the concentration of black masterbatch be adjusted to change the color intensity?

A: Yes, the concentration can be varied to achieve different levels of blackness. Higher concentrations result in darker colors, but excessive use can lead to processing difficulties and may affect the properties of the final product.

Q: What is the process of master batch mixing?

A: Both – (compound & masterbatch) are considered batch procedures where materials are mixed with polymer (in powder or pellet form) with the additives e.g. colours, fillers etc. These can be just single blends or multiple blends depending on the size of the production order and the blender capacity.

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