ANHUI SUNRISE NEW MATERIALS CO., LTD

Introduction

Anhui Sunrise New Materials Co., Ltd. (安徽旭阳新材料有限公司) is a Chinese manufacturer of metallic powders, metallic pigments, and functional slurry materials used in coatings, plastics, construction materials, electronics, and other industrial applications. The company was founded in 2002 and operates production bases in Inner Mongolia, Hefei, Lu’an, and Tongling, according to exhibition-industry profiles.

Sunrise’s principal product identity is associated with aluminium powder and aluminium pigments, while its stated product portfolio also encompasses carbon black, zinc powder, aluminium paste for autoclaved aerated concrete (AAC), bronze powder, alloy powders, additive-manufacturing powders, electrically conductive slurry, thermally conductive slurry, and heat-generating slurry. These products place the company at the intersection of the plastics, coatings, construction-materials, powder-metallurgy, and electronic-materials industries.

The company is listed as a manufacturer from the People’s Republic of China and has been identified by Chinaplas as a “Specialized, Sophisticated, Special and New” enterprise, a Chinese government designation associated with technically focused small and medium-sized industrial companies. Its relevance to plastics manufacturing arises primarily through the supply of metallic effect pigments, conductive additives, functional fillers, and other formulated materials used in polymer compounds, coatings, printing inks, and molded or extruded products.

History and Development

Sunrise New Materials was established in 2002 and developed around the production of metallic powders and related functional materials. Its development can be outlined through several identifiable milestones:

• 2002: Establishment of the company and entry into the metallic-powder and pigment sector.
• Expansion of manufacturing infrastructure: The company developed five production bases located in Inner Mongolia, Hefei, Lu’an, and Tongling, creating a geographically distributed manufacturing network within China.
• Portfolio diversification: Beyond aluminium powder and pigments, the company expanded its stated product scope to include carbon black, zinc powder, AAC aluminium paste, bronze and alloy powders, additive-manufacturing powders, and conductive, thermally conductive, and heat-generating slurries.
• Participation in international industry exhibitions: Company profiles at Chinaplas and Chinacoat have positioned Sunrise within the international supplier community for plastics, rubber, coatings, and functional-material applications.

These developments reflect a broader transformation in the materials industry, in which suppliers traditionally associated with pigments or powders increasingly develop application-specific products for energy, electronics, additive manufacturing, construction, and advanced polymer systems.

Business Operations and Segments

Sunrise’s business is centered on the manufacture and supply of particulate and slurry-based materials. Its operations can be grouped into several overlapping segments:

The company’s manufacturing footprint across several Chinese regions supports the production of materials for different industrial supply chains. Its position is primarily that of an upstream and intermediate-material supplier rather than a producer of finished plastic articles or polymer-processing machinery.

Products and Technologies

Aluminium Powder and Aluminium Pigments

Aluminium powder and aluminium pigments are among Sunrise’s central product categories. In plastics and coatings, aluminium pigments are used to create metallic visual effects, including silver, chrome-like, and reflective appearances. Their performance depends on particle-size distribution, particle morphology, surface treatment, dispersion behavior, and compatibility with the carrier resin or coating system.

Typical application considerations include:

• Uniform dispersion in thermoplastics, paints, inks, and masterbatch systems.
• Control of particle orientation during coating or molding.
• Balance between optical brightness, hiding power, and surface smoothness.
• Compatibility with extrusion, injection-molding, coating, and printing processes.
• Control of oxidation and chemical interaction through appropriate surface treatment.

Aluminium powder also serves a distinct role in AAC production, where it participates in the gas-generation process that creates the material’s cellular structure. AAC aluminium paste is therefore linked more directly to construction-material manufacturing than to conventional plastics processing.

Carbon Black

Carbon black is used across plastics, rubber, coatings, inks, and conductive formulations. In polymer compounds, it can provide black coloration, ultraviolet protection, electrical conductivity, and, depending on grade and loading, reinforcement or rheological effects. Product suitability depends on factors such as surface area, structure, aggregate morphology, dispersion, moisture, and purity.

The inclusion of carbon black in Sunrise’s stated portfolio indicates an effort to extend beyond metallic pigments into broader polymer-additive and functional-filler markets.

Zinc Powder

Flake zinc powder is used particularly in protective coatings and other formulations requiring metallic zinc. Its principal industrial relevance lies in corrosion-protection systems, where zinc can contribute sacrificial protection to steel substrates. In polymer-related products, zinc powders may also be incorporated into specialized coatings, adhesives, or functional composites.

Bronze, Alloy, and Other Metallic Powders

Bronze powder and alloy powders are used in decorative coatings, printing, powder processing, and specialized industrial formulations. Their characteristics depend on alloy composition, particle geometry, surface finish, oxidation resistance, and compatibility with the intended binder or processing route.

For plastics and polymer composites, metallic powders may be incorporated into:

• Decorative compounds and masterbatches.
• Conductive or electromagnetic-functional materials.
• Wear-resistant or thermally functional composites.
• Polymer-bonded metallic parts.
• Coatings and printed surfaces requiring metallic appearance.

Additive-Manufacturing Powders

Metallic powders for additive manufacturing require close control of particle-size distribution, morphology, flowability, apparent density, chemical composition, and oxygen content. Powder-bed processes generally benefit from particles that flow consistently and form uniform layers, while other additive-manufacturing methods may impose different requirements.

Sunrise identifies metallic powder for 3D printing as part of its development direction. This product category connects the company with the expanding market for powder-based additive manufacturing, although the specific alloys, qualification standards, printing systems, and end-use approvals associated with its products vary by application.

Conductive, Thermally Conductive, and Heat-Generating Slurries

Functional slurries combine particulate materials with a liquid or polymeric carrier to create processable formulations. Electrically conductive slurries may be used in printed electronics, electrodes, conductive coatings, and sensors. Thermally conductive slurries are relevant to heat-spreading and thermal-interface applications, while heat-generating slurries can be designed for resistive-heating or other thermal functions.

Their performance is influenced by:

• Filler type and loading.
• Particle dispersion and agglomeration control.
• Viscosity and shear-thinning behavior.
• Adhesion to the substrate.
• Electrical or thermal percolation.
• Curing, drying, and long-term stability.

These products illustrate the movement from commodity powders toward application-engineered materials that integrate chemistry, particle technology, and process engineering.

Applications and End Markets

Sunrise’s materials serve multiple industrial sectors:

• Plastics and rubber: Colouring, metallic effects, ultraviolet protection, conductivity, thermal management, and functional compounding.
• Coatings and inks: Decorative metallic finishes, corrosion protection, pigmentation, printing, and industrial surface treatment.
• Construction materials: AAC aluminium paste for cellular-concrete production.
• Electronics and electrical products: Conductive and thermally conductive slurries for printed or coated functional components.
• Additive manufacturing: Metallic powder feedstock for powder-based 3D-printing processes.
• Powder metallurgy and industrial manufacturing: Alloy and metallic powders for specialized forming, coating, or composite applications.
• Consumer and industrial goods: Metallic appearance and functional surface effects in molded, coated, or printed products.

The diversity of these markets reduces dependence on a single application area but also requires the company to manage differing standards for particle quality, dispersion, safety, reliability, and regulatory compliance.

Global Presence and Market Position

Sunrise is a China-based manufacturer with several domestic production locations and an international exhibition presence. Its participation in Chinaplas and Chinacoat places it within two major global trade networks serving plastics, rubber, coatings, inks, and related materials.

The company’s market position is best understood through its product specialization rather than through publicly established market-share figures. It competes in markets that include large chemical producers, pigment manufacturers, metal-powder specialists, compounders, and regional suppliers. Competitive factors include:

• Consistency of particle-size distribution and morphology.
• Product purity and batch-to-batch stability.
• Dispersion performance in customer formulations.
• Technical support and formulation assistance.
• Production scale and supply continuity.
• Compliance with customer-specific quality and environmental requirements.
• Ability to develop materials for emerging applications such as additive manufacturing and printed electronics.

Its geographically distributed production base may support domestic supply resilience and access to China’s manufacturing clusters. International competitiveness, however, depends not only on production capacity but also on qualification, documentation, logistics, technical service, and compliance with importing-market requirements.

Research and Development

Sunrise’s stated expansion into conductive, thermally conductive, heat-generating, and additive-manufacturing materials indicates a development strategy focused on functional and higher-value applications. Research priorities in these fields commonly involve:

• Particle engineering and morphology control.
• Surface modification for improved compatibility and dispersion.
• Formulation stability and rheological control.
• Electrical and thermal performance.
• Oxidation resistance and storage stability.
• Compatibility with printing, coating, extrusion, and molding processes.
• Tailoring material performance to customer equipment and production conditions.

For plastics manufacturers, this type of development is significant because functional fillers and pigments influence not only appearance but also processing behavior, mechanical performance, electrical properties, heat dissipation, and product durability.

Sustainability and Environmental Considerations

Metallic powders, pigments, carbon black, and formulated slurries offer functional advantages but require careful environmental, occupational, and process management. Relevant considerations include:

• Control of airborne particulate emissions during powder handling.
• Explosion and fire-risk management for combustible fine powders.
• Recovery and reuse of process materials where technically feasible.
• Management of solvents, carriers, wastewater, and contaminated packaging.
• Responsible sourcing and efficient use of metals.
• Reduction of waste generated during pigment and slurry production.
• Compliance with chemical-registration, labeling, transport, and workplace-safety requirements.

In plastics and coatings, metallic pigments and conductive fillers can enable thinner coatings, functional integration, or longer product service life. Their overall environmental profile nevertheless depends on formulation design, manufacturing controls, product durability, recycling pathways, and end-of-life treatment. Functional-material suppliers therefore face the dual challenge of improving material efficiency while meeting increasingly demanding safety and environmental expectations.

Quality Management and Certifications

Chinaplas identifies Anhui Sunrise New Materials as a government-recognized Specialized, Sophisticated, Special and New enterprise. This designation reflects its classification within China’s policy framework for technically specialized industrial enterprises.

For powder and slurry materials, quality management typically requires control of:

• Chemical composition and impurity levels.
• Particle-size distribution.
• Particle shape and surface characteristics.
• Moisture and oxidation state.
• Dispersion and viscosity.
• Electrical or thermal properties where applicable.
• Packaging, storage, and transport stability.

Customer qualification may additionally require product-specific technical data, safety documentation, batch traceability, testing protocols, and process-change controls. The exact scope of Sunrise’s management-system certifications and product approvals depends on the relevant facility and application.

Innovations and Future Outlook

Sunrise’s future development is linked to several structural trends in the plastics and wider materials industries:

• Functionalization of plastics: Demand is increasing for compounds that combine appearance with conductivity, heat management, electromagnetic functionality, or ultraviolet resistance.
• Growth of additive manufacturing: Metallic powders with controlled morphology and chemistry are required for increasingly demanding 3D-printing applications.
• Electronics and energy systems: Conductive and thermally conductive formulations support miniaturization, printed electronics, sensors, and thermal-management technologies.
• Construction-material efficiency: AAC aluminium paste remains connected to lightweight construction and resource-efficient building systems.
• Supply-chain localization: Manufacturers in China and other regions continue to seek reliable domestic sources for specialty additives and functional fillers.
• Environmental regulation: Producers must improve particulate control, chemical stewardship, energy efficiency, and product documentation.

The principal strategic challenge is to convert a broad product portfolio into consistently qualified, application-specific solutions. Success will depend on technical collaboration with plastics processors, coating formulators, construction-material producers, electronics manufacturers, and additive-manufacturing companies, as well as on reliable quality and regulatory performance across the company’s production network.

Summary

Anhui Sunrise New Materials Co., Ltd. is a Chinese manufacturer of aluminium powders, aluminium pigments, metallic powders, carbon black, zinc powder, AAC aluminium paste, and functional slurries. Founded in 2002, it has developed several production bases and expanded from core metallic-material products toward conductive, thermally conductive, heat-generating, and additive-manufacturing applications.

Within the global plastics ecosystem, Sunrise occupies the position of a specialized materials supplier rather than a polymer producer or plastics processor. Its products influence the appearance, conductivity, thermal behavior, processing characteristics, and functional performance of polymer-based and coated products. The company’s long-term position will depend on maintaining particle and formulation quality while responding to tighter environmental controls, advanced-materials demand, and the increasing technical requirements of plastics, electronics, construction, and additive-manufacturing markets.

References

• •

  CPS+ eMarketplace. (n.d.). ANHUI SUNRISE NEW MATERIALS CO., LTDANHUI SUNRISE NEW MATERIALS CO., LTD. CPS+ eMarketplace. https://www.chinaplasonline.com/eMarketplace/ExhibitorInfo?CompId=1042531Link