High-purity black pigment for inks, coatings, and plastics. Offers excellent tinting strength, UV resistance, and color consistency. Ensures opacity and chemical stability. Ideal for automotive paints, packaging, and deep-black decorative finishes.
pigment carbon black (pcb)
Product characteristics
1. AURETEK PTE LTD boasts a robust technical team, ensuring high-quality, customized solutions
tailored to diverse customer needs.
2. Our in-house Pigment Application Laboratory in Malaysia allows for efficient formulation development and simulation, providing optimal performance and swift technical support.
3. We offer a wide range of high-performance products from leading manufacturers, ensuring reliability and quality.
4. With strong supply chain capabilities, AURETEK ensures timely delivery and consistent availability of products.
2. Our in-house Pigment Application Laboratory in Malaysia allows for efficient formulation development and simulation, providing optimal performance and swift technical support.
3. We offer a wide range of high-performance products from leading manufacturers, ensuring reliability and quality.
4. With strong supply chain capabilities, AURETEK ensures timely delivery and consistent availability of products.
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Description
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Specification
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Logistics & Stock
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FAQ
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Pigment Carbon Black (PCB) is a versatile material widely used in industries such as coatings, plastics, and inks for its superior coloring and protective properties. It offers exceptional blackness and opacity, providing deep, rich colors that enhance the visual appeal of products. PCB significantly improves the UV resistance and weatherability of materials, protecting them from degradation caused by exposure to sunlight and harsh weather conditions. It also enhances the mechanical properties of materials, such as their strength and abrasion resistance, which is crucial for applications requiring durability. With good compatibility and easy dispersion in various matrices, PCB facilitates manufacturing processes and ensures consistent product quality. Being chemically inert and stable, it ensures long-term performance without compromising the properties of the final product. These characteristics make PCB indispensable for applications demanding high-performance pigments and protective properties.
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Pigment Carbon Black Highlights Teknoir Grades Highlight Perfomace ofApplications Properties TN Top Blackness (Jetness) Original Particle Size:. <14nm
Nitrogen Surface Area: >500 m/gT2 Better Formulation Compatibility
Higher StrengthVolatile: >10
Tinting Strength: >150T813 General applications
Easier Dispersibility
Environmentally-friendlyDBP Absortion: >100
Volatile: >5
PAHS: <2ppmT402 Bluer Shade Delta B: <-0.5
lodine Absorption: <50T593 Lower viscosity
Faster Fludity250
DBP Absortion: <45 -
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Q
What are the main advantages of using Pigment Carbon Black (PCB) in coatings and plastics?
APigment Carbon Black (PCB) offers several key advantages in coatings and plastics. It provides exceptional blackness and opacity, ensuring deep, rich colors that enhance the visual appeal of products. PCB significantly improves UV resistance and weatherability, protecting materials from degradation caused by sunlight and harsh weather conditions. It also enhances mechanical properties such as strength and abrasion resistance, which is crucial for applications requiring durability. PCB is chemically inert and stable, ensuring long-term performance without compromising the properties of the final product. Additionally, it is easy to disperse in various matrices, facilitating manufacturing processes and ensuring consistent product quality. -
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How does Pigment Carbon Black (PCB) contribute to the sustainability of products?
APigment Carbon Black (PCB) contributes to sustainability through its chemical inertness and stability, which ensure that it does not leach harmful substances into the environment. Its enhanced UV resistance and weatherability reduce the need for frequent maintenance or replacement of products, thereby extending their lifespan. This reduces waste and the environmental impact associated with production and disposal. Furthermore, PCB can be used in high concentrations without negatively affecting the performance of the final product, which can lead to more efficient use of resources and reduced material consumption.
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