Building Momentum, Driving Change — Unlocking the Power to Transform Through Cycles
Advanced Materials
Building Momentum, Driving Change — Unlocking the Power to Transform Through Cycles
Advanced Materials
Longxin Smart specialises in micro- and nanoscale powder processing. Driven by innovation and national strategic priorities, the company serves advanced materials, new energy, 5G and semiconductors, precision ceramics, cemented carbide, catalysts, hydrogen energy and fluoropolymers — breaking through critical process bottlenecks with a full-chain intelligent manufacturing ecosystem spanning grinding, dispersion, drying, granulation and automated control.
With proprietary IP and core technology breakthroughs, Longxin Smart has achieved domestic substitution from single machines to complete-line EPC systems — a leap for China's high-performance powder equipment from following to running abreast.
- Core technology breakthroughs: a leap from low-quality imitation to pioneering innovation
- Application-driven innovation: a dedicated solution for every material
- An innovative foundation: focused not only on today, but on the future
Solutions Center
Advanced Materials
-
Spray dryer for High-Tap-Density LFP
A Market of Extremes: Longxin Holds the Key to Unlocking Added Value in High-Compaction LFPRead More → -
High Efficiency Nano-Bead Mill for LFP
Technological Innovation Delivers Breakthroughs in Both Cost and PerformanceRead More → -
Battery Material Grinding & Drying Production Line
Full-Chain Collaborative Innovation — Building a Green Future for New EnergyRead More → -
Spray dryer for LMFP
Accelerating the Industrialization of Advanced Lithium Battery Materials, Driving LMFP Process InnovationRead More → -
Closed-cycle Spray dryer for Silicon-carbon anode material
Organic-Solvent Spray Drying: An Innovative Pathway to a Leap in Silicon-Carbon Anode CapacityRead More → -
Rotary Kiln for CVD of Porous Carbon for Silicon-Carbon Precursors
From Challenges to Breakthroughs: Redefining Pyrolysis and Carbonization of Silicon-Carbon Anode PrecursorsRead More →