Transformation Strategy: From Supercapacitor Carbon to Porous Carbon for Silicon–Carbon Anodes
Learn how to transform supercapacitor carbon into porous carbon for silicon–carbon anodes through pore engineering, mechanical strengthening, and surface modification—enhancing energy storage and battery performance.
Coconut Shell Charcoal Classified as Dangerous Goods – Supply Crisis Deepens
The recent reclassification of coconut shell charcoal as “Dangerous Goods” is triggering a new wave of cost increases across the activated carbon industry. Combined with raw material shortages, shipping delays, and strong demand, prices are set to rise further—making early order placement more important than ever.
How Coconut Shell Activated Carbon Manufacturers Can Survive Raw Material Shortages and Price Surges
In the face of ongoing coconut shell material shortages and volatile pricing, many coconut-based activated carbon manufacturers are under pressure. This article explores how enterprises can respond to ensure survival and sustainable development. It highlights actionable strategies such as diversifying sources, investing in technology, and – as HANYAN does – deploying deep-rooted quality inspections directly at raw material origins.
International Standard for Nano Silicon Anode Materials in Lithium-Ion Batteries Released
The first international standard for nano silicon anode materials in lithium-ion batteries has been officially released, establishing key performance indicators and accelerating global battery innovation.
Global Top 5 Coconut Producers: Key Insights for Supply Chain & Activated Carbon Industry
Coconut shell is a critical raw material for producing high-performance activated carbon. This article highlights the top 5 coconut-producing countries in 2024 — Indonesia, the Philippines, India, Sri Lanka, and Brazil — and analyzes their contribution to global coconut shell charcoal supply. Understanding this landscape helps businesses secure sustainable sources for carbon manufacturing.
Unlocking Activated Carbon Porosity: How Raw Materials Define Adsorptive Potential
The formation of micropores and mesopores in activated carbon begins with the raw material. This article explains how properties such as carbon content, volatile matter, density, and coal rank influence pore structure and, ultimately, the performance of activated carbon in air purification, water treatment, and catalyst applications. Understanding these links allows for tailored, high-performance carbon materials.
CTC ≥85% Honeycomb Activated Carbon: Breakthrough VOC Adsorption from HANYAN
HANYAN launches a new generation of honeycomb activated carbon with a CTC adsorption rate ≥85%, setting a new global benchmark in VOC control. Backed by 3,000+ lab experiments, this product offers unmatched adsorption efficiency, improved regeneration performance, and longer service life – making it a top-tier solution for industrial air filtration.
Empowering Workplace Safety: CPR and Occupational Health Training at HANYAN
HANYAN recently organized a CPR and occupational health training session to strengthen employee safety awareness and promote a healthier workplace environment.
CCl₄, Benzene, and Butane Adsorption: Comparing Key VOC Performance Metrics in Activated Carbon
Learn the differences and connections between carbon tetrachloride adsorption, benzene adsorption, and butane working capacity in activated carbon. Which test best reflects VOC performance?
Global Coconut Shell Activated Carbon Market Update: Rising Prices and Strategic Responses
The global coconut shell activated carbon market is experiencing rapid price increases due to rising raw material costs and surging demand. Industry leaders like Jacobi have announced multiple price hikes in 2025. Learn how HANYAN is responding with proactive supply chain strategies to ensure product availability and delivery stability.
