Products & Solution

Industrial-grade self-lubricating corrosion-resistant masterbatch is a functional modified material designed specifically for high-performance engineering plastics. It is suitable for a variety of highly wear-resistant thermoplastic resins, including PA, POM, LCP, PPT, UPE, PBT, and PTFE. This masterbatch provides stable performance in applications such as heavy machinery, military equipment, aerospace components, gears, zippers, and wear-resistant plastic sheeting. Its core advantage lies in its chemical resistance, withstanding the long-term exposure to acids, alkalis, and salts (except tea solvents), while ensuring structural stability and reliable performance in a variety of operating environments.
This masterbatch's self-lubricating properties reduce wear during friction in processed products, extending their service life and reducing maintenance costs. Furthermore, its damping and noise-absorbing properties effectively reduce mechanical vibration and noise, excelling in applications requiring quietness and comfort. The masterbatch is inherently hygienic and non-toxic, making it suitable for high-wear-resistant plastic components in the food, medical, and sanitary industries, ensuring both safety and durability.

This high-concentration carrier-free universal black masterbatch is a high-efficiency coloring product designed for a variety of plastics processing applications. It is primarily composed of a high concentration of carbon black, a dispersant, and other functional additives. This masterbatch lacks a specific carrier resin, resulting in excellent compatibility with various carrier materials and is suitable for PVC and other carrier-free systems. Unrestricted by carrier resins, it offers flexible addition ratios and achieves uniform dispersion across various processing techniques, ensuring consistent surface color and stable hiding power.
The Y02V carrier-free black masterbatch has a carbon black concentration of approximately 50% and an ash content of less than 1%, ensuring high pigment concentration while effectively minimizing the impact of impurities on product performance. With a density of less than 2.0 g/cm³, a melt rate greater than 1 g/10 min (21.6 kg/190°C), and a moisture content below 0.50%, this masterbatch ensures excellent flowability during processing and easy mixing with substrates, making it suitable for a variety of processes, including injection molding, extrusion, and blown film.

This elastic anti-aging black masterbatch is a functional additive specifically designed for TPU materials, perfectly matching its elasticity and flexibility. It boasts excellent dispersibility and a uniform blackness, providing a stable color effect in TPU films and related products without compromising the material's inherent mechanical properties. Using this masterbatch significantly improves the wear and oil resistance of TPU products, making them suitable for everyday use and mild abrasion environments, thereby extending the product's service life. Furthermore, this masterbatch exhibits anti-aging properties, effectively mitigating material degradation from exposure to light, heat, or oxidation, ensuring the product maintains its optimal appearance and functionality over time.
TPU40 masterbatch is primarily composed of a TPU carrier and carbon black, with a carbon black concentration of approximately 40% and an ash content below 1%, ensuring excellent dispersion during compounding and injection molding. It is easy to use and can be directly mixed with the raw materials according to the recommended dosage. The recommended addition level is 1-3%, and the specific ratio can be adjusted based on the desired performance of the final product. Technical indicators show that the masterbatch density is less than 2.0g/cm³, the melting rate is greater than 10g/10min (21.6kg/190℃), and the moisture content is less than 0.50%, ensuring a smooth processing process without affecting the performance of the product.

The PBT dedicated uniform dispersion black masterbatch resin modification is a functional coloring product designed for PBT resin modification. Made from highly dispersible PBT material with a carbon black content of approximately 30%, this masterbatch provides a uniform black coloring effect with a stable blackness, ensuring a consistent final appearance. Its excellent dispersion ensures thorough mixing of the carbon black into the PBT resin without adversely affecting processing properties, while also enhancing the material's stability and compatibility in processes such as injection molding and compounding.
This masterbatch effectively enhances the structural performance and durability of finished products while maintaining the inherent mechanical properties of the PBT resin without compromising its inherent toughness and strength. It is suitable for a variety of PBT modification applications, including injection molded parts, compounding materials, and other engineering plastic products. The recommended addition level is 1-3%, which can be adjusted to meet specific customer requirements for product appearance and performance. It can be mixed at either low or high speeds, facilitating direct use in conventional production processes.

PET Reinforced UV-Resistant Black Masterbatch is a functional coloring additive specifically designed for PET materials, offering uniform dispersion and stable, high-blackness. Made from PET, this masterbatch contains approximately 29% carbon black, effectively enhancing the UV resistance of PET products, ensuring they maintain excellent appearance and structural stability over long-term use. The product exhibits excellent compatibility with PET resin during processing, without interfering with the process characteristics of blow molding, sheet production, blow molding, or injection molding, while also helping to extend the life of the product.
This black masterbatch evenly distributes throughout the PET material, achieving consistent coloring and hiding power, enhancing the overall visual quality and appearance of the product. Its excellent dispersibility also ensures flowability and molding stability during processing, resulting in a smooth surface and preventing uneven coloring that could compromise appearance or performance.

This heat stable blue-black functional masterbatch is designed for high-performance engineering plastics modification and injection molding applications, offering uniform dispersion and excellent color stability. Crafted from high-quality carbon black and functional additives, the masterbatch ensures a consistent black appearance during high-temperature processing and long-term use, resisting fading or color shift. Its uniform dispersion allows the masterbatch to be evenly distributed within the plastic matrix, enhancing the overall visual appeal and processing adaptability of the finished product while maintaining the inherent physical properties of the material.
This masterbatch exhibits excellent high-temperature resistance and chemical stability, allowing it to withstand extended use in high-temperature injection molding environments without thermal degradation. Its blue-black color design balances visual aesthetics with functional requirements, making it suitable for high-gloss injection molded parts and modified plastic products. The masterbatch exhibits excellent compatibility with carrier materials and can be blended with a variety of engineering plastics, such as PPS, and similar high-temperature plastics, without compromising the rigidity, weatherability, and flame retardancy of the original material.

Highly dispersed PS modified black masterbatch is specifically designed for PS material modification, compounding, and injection molding. Its primary ingredients are polystyrene (PS) and carbon black, with a carbon black concentration of approximately 40% and an ash content of less than 1%. It achieves uniform and stable coloring during compounding and injection molding. The masterbatch exhibits excellent dispersibility and compatibility with the PC carrier, ensuring a uniform black color and strong hiding power on the finished product surface without compromising the mechanical properties and processing compatibility of the raw materials. During processing, the black masterbatch can adapt to varying temperature and shear conditions, ensuring stable performance during injection molding or compounding.
Highly dispersed PS modified black masterbatch improves the weatherability and aging resistance of finished products, ensuring structural stability and a clean appearance over long-term use. Furthermore, the masterbatch's color stability ensures a consistent black color across batches, reducing color variation and processing adjustment time. The masterbatch's wide adaptability meets the processing needs of a variety of PS modified and composite materials, including injection molded products, compounded sheets, and high-gloss products.

The water-resistant and wear-resistant PA modified black masterbatch is a functional masterbatch designed specifically for polyamide (PA) and related engineering plastics. It is highly compatible with the PA carrier during processing, achieving uniform dispersion and stable coloration. This masterbatch exhibits excellent blackness and hiding power. While maintaining its original mechanical properties, it effectively improves the water resistance, abrasion resistance, and surface durability of finished products, ensuring long-term performance stability and consistent appearance.
This product is suitable for PA high-gloss injection molding and modification processes, without interfering with the fluidity and molding properties of the original material. Through its uniform dispersion design, the masterbatch ensures uniform surface color after injection molding or compounding, while also enhancing water and abrasion resistance, ensuring structural integrity in products subjected to high-intensity use. Its black cylindrical particle shape (water-stretched strands) facilitates mixing with raw materials and adapts to various processing methods and process requirements.

This anti-wear blue-black modified masterbatch is a functional additive designed for polyamide (PA) and other engineering plastics. It blends seamlessly with the carrier material during processing, achieving uniform dispersion and stable coloration. This masterbatch exhibits excellent hiding power and black brightness. While maintaining the material's mechanical properties, it effectively improves the water resistance and abrasion resistance of finished products, extending their service life and ensuring consistent appearance and performance.
This product is suitable for high-gloss injection molding and modification processes. It is highly compatible with PC carriers and does not interfere with the processing properties or molding efficiency of the original material. During the injection molding or compounding process, the masterbatch distributes evenly, ensuring a uniform surface color. It also improves the material's water resistance and surface abrasion resistance, minimizing aging and wear issues over long-term use. The blue-black color scheme imparts a rich, deep color to the finished product, making it suitable for a variety of applications, including automotive parts, industrial accessories, and high-wear-resistant plastic components.

The PC-compatible high-performance blue-black masterbatch is a functional masterbatch specifically designed for PC materials, offering excellent dispersibility and uniform coloring. The masterbatch exhibits a bluish-black color with a stable blackness and brightness, providing consistent hiding power and color throughout processing, ensuring a uniform appearance in the final product. Through its high compatibility with PC carriers, this masterbatch enhances the product's weathering and UV resistance, ensuring stable performance over the long term in injection-molded or modified products, while also optimizing the overall quality of the product.
The masterbatch is designed to balance processing convenience with enhanced performance. The recommended addition level is 0.5-4%, which can be flexibly adjusted based on specific customer application requirements. Mixing can be performed at either low or high speeds. Once fully integrated with the raw materials, it ensures that the product will not exhibit delamination or color shift during injection molding or modification. Its high-temperature resistance meets the requirements of processes such as high-gloss injection molding, significantly enhancing the stability and service life of PC products.

This weather-resistant blue-black masterbatch for PC carriers is a high-performance masterbatch designed specifically for ABS/PC modified materials, offering uniform dispersion and stable coloring. The round, evenly distributed black particles maintain excellent hiding power during processing without affecting the mechanical properties or appearance of the substrate. Through its excellent compatibility with the PC carrier, this masterbatch effectively improves the weatherability and UV resistance of finished products, ensuring color and structural stability over long-term use, thereby enhancing the overall performance of the finished product.
This masterbatch effectively enhances the overall appearance stability of finished products, reducing color shift and fading, while also enhancing the material's durability against high temperatures, sunlight, and other environmental factors. It is suitable for high-gloss injection molding, modified processing, and other PC/ABS products requiring high hiding power and weather resistance, meeting the dual performance and appearance requirements of industrial production.

This age-resistant uniformly dispersed blue-black masterbatch is designed for high-gloss ABS/PC injection molding and compounding applications, offering stable coloring and excellent hiding power. Using AS (SAN) as a carrier, the masterbatch boasts a carbon black content of approximately 40% and a controlled ash content of 0%. This ensures consistent surface color and minimizes color variations, while maintaining overall material performance during processing and use. The pellets are uniformly round black particles, facilitating easy mixing and uniform dispersion into the substrate.
The masterbatch offers stable weather and UV resistance, effectively delaying discoloration and aging in products subjected to long-term use and outdoor conditions. It exhibits excellent compatibility with ABS and PC carriers, enabling smooth mixing in various injection molding and compounding processes without compromising the carrier's inherent properties, while maintaining the structural stability and cosmetic integrity of the finished product.

This highly dispersed blue-black functional masterbatch is designed for ABS/PC high-gloss injection molding and modification processes. It achieves uniform and stable coloration during processing while providing strong hiding power, resulting in a consistent blue-black color on the finished product. The masterbatch exhibits excellent compatibility and dispersibility with the AS carrier, maintaining stable physical properties and ensuring consistent appearance and performance of the final product.
The recommended addition level for the masterbatch is 0.5-4% of the total raw material volume; the specific ratio can be adjusted based on product performance requirements. Flexible mixing methods, including low or high speed mixing, ensure thorough dispersion of the masterbatch in the substrate, ensuring uniform color throughout processing. The product is packaged in 25kg bags and should be stored in a dry, well-ventilated area, away from direct sunlight and humidity, to ensure the stability and longevity of the masterbatch.

This highly stable blue-black functional masterbatch is specifically designed for ABS/PC high-gloss injection molding and modification processes. It achieves uniform and stable coloration during processing while providing strong hiding power, resulting in a consistent blue-black finish on the finished product. The masterbatch exhibits excellent compatibility and dispersibility when combined with the AS carrier, effectively maintaining the material's physical properties and appearance consistency.
During use, the masterbatch enhances the material's weathering and UV resistance, ensuring structural stability, uniform color, and resistance to fading even after long-term use or exposure to outdoor environments. The masterbatch's high-temperature resistance ensures no color shift or performance changes during injection molding and modification, adapting to a wide range of processing conditions.

This blue-black masterbatch is specifically designed for use with AS carriers. It exhibits excellent compatibility and dispersibility, achieving uniform and stable coloration during processing while providing strong hiding power, ensuring consistent and uniform color appearance throughout the finished product. Its blue-black color creates a calm and uniform color during high-gloss injection molding and compounding processes without affecting the physical properties of the material itself.
This masterbatch improves the weathering and UV resistance of ABS/PC modified materials, ensuring structural stability and color fading resistance even in long-term use or outdoor environments. Its high-temperature resistance also ensures it resists decomposition and color shift during injection molding and compounding, making it suitable for high-temperature processing.
The recommended addition level is 0.5-4% of the total raw material volume; the specific dosage can be adjusted based on the customer's product performance requirements. The masterbatch can be directly mixed with the raw materials at low or high speeds. Once mixed thoroughly, it can be used in subsequent processing. The product is packaged in 25kg bags and should be stored in a dry, well-ventilated area, away from direct sunlight and humidity to maintain its stability.

This black masterbatch is made from a polyethylene (PE) base material, combined with carbon black and calcium carbonate fillers. The carbon black concentration is approximately 32%, ensuring uniform coloration and strong hiding power. The product exhibits excellent compatibility with the carrier during processing, without affecting the mechanical properties and processing characteristics of the raw materials. It also enhances the weathering and aging resistance of the final product, ensuring that plastic products such as wire, tubing, and sheet maintain structural stability and consistent appearance over long-term use.
This durable, high-hiding black masterbatch is suitable for blown film, pipe extrusion, injection molding, and other plastic processing techniques. It imparts a uniform, deep black hue to plastic products while improving their lightfastness and resistance to environmental stresses, extending the product's lifespan. The masterbatch's excellent dispersibility prevents color spots or localized color variations, ensuring processing stability and consistent product appearance.

This high-stability plastic black masterbatch is refined from polyethylene (PE), carbon black, and calcium carbonate filler. With a carbon black content of approximately 27%, it exhibits excellent compatibility and stability in a variety of plastic processing applications. Its uniform dispersion ensures consistent coloration across plastic products, preventing localized color variations. It also enhances the overall appearance of profiles, creating a clean, smooth, and long-lasting visual effect.
This masterbatch enhances the UV and weather resistance of plastic products, ensuring that materials such as ground films, blown films, filaments, pipes, sheets, and wire maintain structural stability and mechanical properties over long-term use, preventing deformation or performance degradation. Furthermore, its excellent compatibility with substrates prevents interference with processing techniques such as extrusion, injection molding, and thermoforming, facilitating ease of use and maintaining production efficiency.

This high-concentration carbon black-filled masterbatch is composed of polyethylene (PE), carbon black, and calcium carbonate filler, with a carbon black concentration of approximately 30%. It is suitable for a variety of processing techniques, including blown film, pipe, extrusion, and injection molding. The masterbatch mixes thoroughly with the raw materials during use, achieving uniform and stable coloring while maintaining the material's hiding power, resulting in a smooth, consistent appearance and luster. This masterbatch not only ensures ease of processing but also improves the product's weather resistance, maintaining structural and visual stability over long-term use.
This black masterbatch exhibits balanced dispersibility and good compatibility with common carriers, ensuring sheet flatness and mechanical properties during processing. The optimal carbon black content ensures black covering power while enhancing the material's aging and UV resistance. With a moisture content below 0.50%, the masterbatch is less likely to generate bubbles during injection molding or extrusion, maintaining a smooth surface and structural stability, making it suitable for a variety of industrial and consumer plastic product applications.

This weather-resistant, scratch-resistant, high-temperature black masterbatch is made from polymethyl methacrylate (PMMA) and contains approximately 10% carbon black. It's suitable for automotive modification parts, grilles, and other applications requiring scratch, aging, and weather resistance. The masterbatch mixes thoroughly with the material during processing, resulting in uniform and stable coloration, enhancing the overall appearance of the finished product while ensuring color consistency. This masterbatch maintains structural stability and durability even in high-temperature and high-friction operating environments, positively impacting the mechanical properties of the material.
This black masterbatch exhibits excellent compatibility with common carriers and allows for stable dispersion during processing, preventing particle aggregation and uneven coloration. The carbon black content is kept within an appropriate range, ensuring not only black covering power but also enhanced UV resistance, ensuring long-term weather resistance. Furthermore, with a moisture content below 0.50%, the masterbatch is less likely to cause bubbles or defects during injection molding or compounding, ensuring surface smoothness and a high-quality finish.

This uniform light-shielding modified black masterbatch is based on SAN resin and contains approximately 45% carbon black, produced through a meticulous process. This masterbatch achieves uniform and stable coloring during the modification and compounding of engineering plastics such as ABS, PS, and PC, while minimizing the impact on the properties of the modified plastic itself. Its excellent dispersibility and compatibility ensure overall uniformity and surface smoothness during processing, making it suitable for a variety of injection molding and extrusion processes.
This black masterbatch strictly controls volatile organic compound (VOC) emissions during production, meeting relevant environmental standards and generating no odor or hazardous gases. Its low VOC content ensures that the resulting molded products pose no risk to the environment or users when used in everyday or industrial applications. For applications with stringent environmental and health requirements, this uniform light-blocking modified black masterbatch is a reliable choice.

This product is designed specifically for automotive and home interiors, emphasizing low VOC (volatile organic compound) emissions and low migration, effectively reducing potential contamination to skin and fabrics during use. The masterbatch utilizes highly dispersible carbon black to ensure uniform coloration in high-gloss or matte plastics such as ABS and PC, achieving a stable blue-black color while maintaining a consistent surface finish. Its excellent compatibility with various interior materials allows it to be processed to achieve matte, high-gloss, or suede finishes, meeting diverse design requirements.
During processing, the masterbatch can be directly mixed with the raw materials at low or high speeds. The recommended addition level is between 0.5% and 4%, which can be flexibly adjusted based on the desired performance and color of the final product. Its excellent processing stability at high temperatures makes it suitable for injection molding modification and high-gloss injection molding, ensuring surface gloss while maintaining heat resistance and structural stability.

This black masterbatch is suitable for toughening and modifying engineering plastics such as ABS, PS, and PC, providing uniform and stable coloring during high-gloss injection molding and modification processes. The product utilizes highly dispersible carbon black as a colorant, ensuring uniform color distribution during material mixing and injection molding, avoiding localized color inconsistencies or precipitation, while maintaining a bluish-black color and meeting the aesthetic requirements of high-gloss plastic products.
The masterbatch's formulation combines UV and high-temperature resistance, enhancing the material's weatherability and structural stability over long-term use. Its excellent compatibility with the carrier material ensures that the toughening agent's performance is not affected during processing, while also improving the overall product's performance stability and achieving a more balanced balance between impact resistance and heat resistance.

This toughened engineering plastic black masterbatch is suitable for modifying a variety of engineering plastics, including ABS, PS, and PC. This product features a carrier-free design and a carbon black concentration of approximately 65%, ensuring uniform and stable coloring throughout the modified material while maintaining the overall stability of the material's performance. The masterbatch's excellent dispersibility effectively prevents color spots and unevenness, resulting in a more consistent visual appearance in the finished product.
This toughened engineering plastic black masterbatch not only provides a stable black color in the modified material but also enhances the material's mechanical properties, impact resistance, and heat resistance. It is highly adaptable in industrial applications and is particularly suitable for the processing of engineering plastic products requiring both aesthetics and performance. Using this masterbatch simplifies the coloring process, improves production efficiency, and maintains consistent material properties, providing a reliable color solution for engineering plastic products.

This high-concentration carrier-free black masterbatch is specifically designed for PP/PE black compounding. Formulated with high-pigment carbon black and calcium carbonate filler, the carbon black concentration is approximately 45%, achieving efficient and uniform coloring during the compounding process. Its carrier-free nature optimizes its dispersibility and compatibility, making it suitable for a wide range of polyolefin modification applications and ensuring stable material properties.
In practical applications, this masterbatch effectively enhances the compound's resistance to UV aging, thereby extending its service life in outdoor or high-light environments. It also improves its impact and heat resistance, ensuring excellent compatibility and reliability in injection molding, extrusion, and other processing techniques. The recommended usage level for this masterbatch is 1-3%, and its blending with raw materials can meet the performance requirements of different products.

This strong and high pigment black masterbatch is a functional material specifically developed for PP, PE, and various engineering plastic systems, enabling efficient and uniform coloring during plastic modification and product production. Using a polymer wax as a carrier, this product contains 50% high-pigment carbon black. Its scientific formulation ensures stable dispersion and excellent compatibility, making it suitable for processing diverse materials such as PE, PP, PC, PS, and ABS.
This product demonstrates outstanding aging and weather resistance, effectively improving the material's stability under UV exposure and in challenging operating environments, extending product life and reducing ongoing maintenance costs. Its flow index of 75.5g/21.6kg/10min ensures excellent flowability and process stability during injection molding and extrusion. Furthermore, its moisture content is controlled at 0.27%, helping to prevent bubbles and surface defects caused by moisture evaporation during processing.

High light shielding black masterbatch for food packaging is a functional masterbatch based on polyethylene (PE) with added carbon black and calcium carbonate fillers. The carbon black content is approximately 40%. This product meets food contact safety standards, remains stable during processing and use, and releases no harmful substances. It is suitable for the production of food packaging, lunch boxes, and related products. Its key features are its uniform coloring and stable dispersion, which imparts strong light-blocking properties to packaging products, helping to prevent food quality degradation due to light exposure and thus extending the shelf life of food.
This black masterbatch significantly enhances the temperature resistance and mechanical properties of food packaging materials, ensuring that packaging bags maintain good structural stability in high and low temperature environments and possess a certain degree of puncture resistance. This performance not only ensures that the packaging is not easily damaged during transportation and storage, but also better protects the food contents. Furthermore, the product is resistant to aging, preventing embrittlement or performance degradation over time.

This environmentally friendly shatter-resistant tableware black masterbatch is a material specifically developed for food contact products. It complies with relevant food safety standards and meets coloring requirements while ensuring product safety. Composed of polyethylene (PE), carbon black, and calcium carbonate filler, the carbon black concentration is approximately 40% ± 2%, resulting in excellent dispersibility and stability. This product effectively achieves uniform coloring of products such as tableware and lunch boxes, eliminating color variations caused by processing or environmental factors. Its formulation not only prioritizes appearance but also balances structural performance and process compatibility.
This black masterbatch enhances the temperature resistance and shatter resistance of tableware, ensuring it maintains high integrity despite repeated exposure to heat and cold, as well as drops and impacts, reducing the risk of breakage and extending the product's lifespan. The addition of carbon black also enhances the product's adaptability to light and the external environment, reducing fading and aging. Combined with the calcium carbonate filler, the product further enhances stability and mechanical properties while maintaining good processing flow, making it suitable for various processes such as injection molding and thermoforming.

Enhanced UV protection black masterbatch uses polyethylene (PE) as the primary carrier, with appropriate amounts of carbon black and functional fillers added through a scientifically formulated and melt-processed process. With a carbon black content of approximately 45% ± 2%, it provides uniform and stable coloring for plastic products while imparting enhanced UV protection. Suitable for a variety of processes, including blown film, pipe extrusion, and injection molding, this product meets the requirements for aging resistance, durability, and consistent appearance for various plastic products. In practice, a recommended addition ratio of 1-3% can effectively improve product performance.
This black masterbatch enhances the product's resistance to UV aging, reduces surface fading and cracking caused by prolonged exposure to sunlight or outdoor environments, and extends the product's service life. Its corrosion resistance also enhances its stability in contact with liquids and chemicals, making it suitable for use in water pipes and other plastic components exposed to the environment. The black masterbatch exhibits excellent dispersibility during processing, allowing it to fully bond with the base material, thereby enhancing the product's structural stability and overall strength. Enhanced UV protection black masterbatch not only brings uniform color effects, but also provides long-lasting anti-aging, anti-corrosion and structural stability support for plastic products. It is suitable for use in fields with high requirements for outdoor service life and reliability.

Environmentally resistant black masterbatch is a modified material made from polyethylene (PE) with an appropriate amount of carbon black and other functional fillers. Its carbon black concentration is approximately 45%, and its optimized formulation ensures stable performance in processes such as blown film, pipe extrusion, and injection molding. The product's uniform coloring ensures consistent color and enhances the appearance and texture of finished products. When mixed with other materials, a recommended addition ratio of 1-3% is recommended to achieve optimal results in various applications.
During application, this black masterbatch effectively enhances the product's UV resistance, reducing aging problems caused by long-term exposure to light, thereby extending the product's service life. Its corrosion resistance provides additional protection in liquid-contact applications such as water pipelines, reducing damage to the product structure caused by acidic and alkaline environments. The black masterbatch also improves the product's structural stability, making it less susceptible to deformation or cracking when subjected to external pressure or environmental stress, thereby enhancing overall reliability and safety.

508C general low carbon black masterbatch is made from polyethylene (PE) with carbon black and calcium carbonate fillers, resulting in a carbon black content of approximately 13%. Suitable for a variety of plastic processing techniques, including blown film, pipe extrusion, and injection molding, this masterbatch achieves uniform coloration without significantly altering the polymer's mechanical properties. Its formulation balances color performance with material performance, providing a stable and reliable solution for a wide range of industrial applications.
In practical applications, 508C masterbatch not only provides a uniform black appearance but also enhances the durability of finished products. Its deep color effectively conceals surface stains, reducing maintenance and cleaning frequency in outdoor or industrial environments. For pipes, films, and injection molded products, this masterbatch maintains appearance while extending product life from UV rays, chemical corrosion, and mechanical impact, extending the product's overall lifespan.