How do we ensure hydrocarbon resins exhibit extremely low and stable dielectric constants and dielectric loss factors?

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We ensure its outstanding performance through three core technologies.

We guarantee their exceptional performance through three core technologies:
Molecular Structure Design: We utilize carefully selected pure hydrocarbon monomers and non-polar architectures to minimize material polarizability at the source.
Deep Catalytic Hydrogenation: This forms the core of our process. This technology saturates double bonds in raw materials, completely eliminating highly polar heteroatoms and chromophores—key to achieving low Df and light color.
Precision Purification Process: Through multi-stage filtration and purification, we effectively remove catalyst residues and ionic impurities, ensuring ultra-high product purity. This guarantees batch consistency and long-term stability of dielectric properties.

FAQ

Do you support customized development to meet the unique requirements of our specific projects?

Our customization capabilities span the following dimensions:

How do you ensure high consistency in product performance across batches?

We ensure the high consistency of hydrocarbon resin product performance through three key aspects.

What key process parameters should be considered when using your hydrocarbon resin for PCB processing?

Processing parameters to note when using our hydrocarbon resin for PCB materials.

What performance advantages does your hydrocarbon resin offer in the millimeter wave band?

Extremely low insertion loss, outstanding phase stability, and reduced signal delay.

What specific products and fields are your hydrocarbon resins primarily applied to?

Our hydrocarbon resins are primarily used in 5G communications, automotive electronics, data centers, and high-end consumer electronics.

Do you offer resin forms suitable for different lamination processes (such as pressing and coating)?