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An advanced new materials technology enterprise integrating R&D, production, and sales.

Hydrangea-inspired catalytic electrode research featured in Nature: Iron-nickel hydroxide electrode demonstrates remarkable catalytic capability!

Hydrangea-inspired catalytic electrode research featured in Nature: Iron-nickel hydroxide electrode demonstrates remarkable catalytic capability!

On the 19th, reporters learned from West Lake University that Professor Sun Licheng's team at the Centre for Artificial Photosynthesis and Solar Fuels had successfully synthesised CAPist-L1, a non-precious metal catalyst for hydrogen production via water electrolysis.

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Wuzhou HGP Advanced Material is scheduled to participate in the 2024 China Hydrogen Energy Exhibition.

Wuzhou HGP Advanced Material is scheduled to participate in the 2024 China Hydrogen Energy Exhibition.

Wuzhou HGP Advanced Material will make a significant appearance at the 2024 China Hydrogen Energy Exhibition, Stand No. 8B02. We cordially invite you to visit our stand for discussions and negotiations.

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2025

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What is the principle behind conductive fabric shielding electromagnetic signals?

What is the principle behind conductive fabric shielding electromagnetic signals?

Conductive fabric, as a material, finds its primary application in the shielding of electromagnetic signals.

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2025

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Conductive Sponge: Composite Process Upgrade Empowers Electromagnetic Protection of Electronic Devices

Conductive Sponge: Composite Process Upgrade Empowers Electromagnetic Protection of Electronic Devices

Through the optimization of substrate modification and conductive layer composite technology, conductive sponge has achieved dual improvements in electromagnetic shielding effectiveness and mechanical properties.

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2025

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Flexible Conductive Technology Innovation Expands Multi-Scenario Electromagnetic Shielding Applications

Flexible Conductive Technology Innovation Expands Multi-Scenario Electromagnetic Shielding Applications

Through the upgrade of base fabric selection and optimization of conductive coating technology, conductive fabric improves shielding effectiveness and durability while maintaining flexible characteristics.

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2025

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Revolutionizing Protection: Ultra-Thin Electromagnetic Shielding Film for Premium Electronics

Revolutionizing Protection: Ultra-Thin Electromagnetic Shielding Film for Premium Electronics

Through ultra-thin substrate technology and precise conductive layer deposition technology, electromagnetic shielding film achieves the dual goals of thickness reduction and shielding effectiveness improvement.

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2025

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Battery Electrode Materials: Advanced High-Capacity Technology Drives Performance Leap of New Energy Batteries

Battery Electrode Materials: Advanced High-Capacity Technology Drives Performance Leap of New Energy Batteries

Through the modification of active materials and optimization of structural design, battery electrode materials have achieved dual improvements in energy density and cycle stability.

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2025

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Porous Structure Optimization Empowers Water Electrolysis Hydrogen Production and Energy Storage Fields

Porous Structure Optimization Empowers Water Electrolysis Hydrogen Production and Energy Storage Fields

Through pore size control and surface modification technology, foamed nickel has achieved optimization in specific surface area and conductivity.

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