Advanced Nanomaterials.
Practical Industrial Possibilities.
Explore graphene and nano-silica materials designed for industrial research, formulation development and manufacturing applications. Tell us about your material, performance and process requirements to start a technical discussion.Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.
2016
Nanotechnology R&D Began
2,000+ Tons
Annual Mass Production Capacity
4N–4N8 Grade
High-Purity Nano-Silica
Customizable
Layer & Size Tailored Graphene
Materials Tailored for Your Next Development Step
Review our core parameters below. To find the exact material match, share your target formulation, process conditions, and performance requirements with our technical team.
Graphene
Graphene powder with low specific surface area (~15 m²/g) and configurable lateral-size options, ensuring excellent dispersibility and easy processing for industrial applications.
Nano-Silica (SiO₂)
High-purity spherical nano-silica with ultra-high specific surface area and strict impurity control, ideal for rubber, plastics, coatings, adhesives, composites, and high-end electronic packaging.
Start with the challenge. Find the material fit.
A material's value depends on the system it enters. We encourage enquiries that describe the target performance, formulation, process conditions and documentation requirements.
- Industrial formulation and product development
- Material evaluation by R&D and technical teams
- Supply discussions with manufacturers and distributors
- Specification and documentation review before qualification
From Nanomaterial Processing to Industrial Application
Powered by our independently developed D424 nanomaterial processing units, we combine high-pressure airflow pulverization and flow-energy deagglomeration to achieve stable, high-purity industrial production. All specifications are supported by rigorous quality control and technical verification.
Process Control
Multi-parameter control over processing and particle classification for high batch consistency.
Dry Physical Process
Solvent-free clean manufacturing route delivering zero chemical residue and high material purity.
Independent R&D
Core processing equipment developed in-house, supported by a robust IP portfolio.
Scale & Customization
High-capacity automated supply chain tailored to meet specific industrial formulation demands.
A COLLABORATIVE TECHNICAL WORKFLOW
*Customized sample testing and validation arrangements available upon request.
Connecting Material Innovation with Industrial Needs
With R&D roots extending back to our foundational research and an advanced operational hub in Xiaoshan, Hangzhou, we specialize in the core development and industrialization of high-performance nanomaterials.
Have a material requirement in mind?
Share your application and target parameters. Start a conversation with the team about the most relevant product information.