Pain Points & System Flowchart
3. Ultrafine Dust Leakage:
• Lightweight fine dust pollutes workshops and causes abrasive bearing wear.
2. High Particle Breakage:
• Extruded columnar and granular carbon easily crush during impact, sharply dropping finished product yields.
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Hot Activated Carbon (600℃–900℃)
System Flowchart
1.Spontaneous Combustion Risks at 600℃–900℃:
• Hot carbon readily oxidizes and burns upon air contact, destroying micropore adsorption capacity.
LG Oxygen-Isolated Cooler
(Indirect Jacket Water Cooling to ≤60℃)
LS/GX Sealed Screw Conveyor
(Airtight Transport to Screening & Packing)
Low-Breakage Elevator
(Low-Speed Gentle Elevation)
Process Challenges
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Core Equipment Features
LG Series
Rotary Drum Cooler
• Water Jacket Cooling:
Cools carbon inside an airtight drum without oxygen contact, preventing burn loss.
• Pore Protection:
Preserves carbon surface micropores and iodine adsorption values.
• Airtight Seals:
Completely seals drum ends against ambient oxygen infiltration.
NE Series
Heavy-Duty Bucket Elevator
• Quenching Alloy Chains:
Deep-hardened chains resist abrasive graphite dust, lasting 2–3x longer.
• Anti-Sticking Buckets:
Inclined bucket design prevents fine graphite powder from caking inside.
LS/GX Series
Screw Conveyor
• Triple Shaft Seals:
Air seal + oil seal prevents ultrafine carbon dust ingress.
• Passivated Flight Edges:
Low-shear screw flights eliminate particle crushing during transport.