Applications​​

Biopharmaceuticals, chemical engineering, materials science, food and beverage, new energy, cosmetics, ceramic materials and powder metallurgy.

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Six Core Application Areas

Microfluidic Homogenization Technology: Defining the Next Generation of Materials Standards

Nano-scale precise homogenization of biopharmaceuticals ensures controlled particle size while preserving bioactivity.

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Efficient dispersion and mass transfer of nano-suspensions and emulsions, reducing development time and energy consumption.

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Customized homogenization, dispersion, and stabilization for graphene, nano-ceramics, and metal slurries.

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Ultra-fine homogenization and stable emulsification improve texture and shelf-life of protein drinks and dairy products.

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Optimize electrode slurry homogenization to enhance battery energy density and lifespan while reducing material processing costs.

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Enhance nano-encapsulation and stability of active ingredients, improving efficacy and skin feel performance.

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Warm Isostatic Pressing Applications

Densification · Uniformity · Performance Breakthroughs

New Energy Solid-State Batteries

New Energy Solid-State Batteries

Densifies solid electrolytes and electrode materials to significantly enhance battery performance, safety, and overall energy density.

Advanced Ceramics

Advanced Ceramic Materials

Improves powder consolidation, reduce internal defects, and produce dense, high-performance ceramic components.

Powder Metallurgy

Powder Metallurgy

Enables uniform compaction and densification of metal powders, improving component strength and consistency.

Frequently asked questions

Powered by ultra-high-pressure microfluidic technology, this nano homogenizer uses precisely controlled supersonic jets to reduce particle size from micron to nano scale, ensuring uniform distribution, consistent batches, and preserved bioactivity.

  • Optimized particle size with superior uniformity
  • Higher efficiency with gentler processing
  • Stable performance with low maintenance costs
  • High hygienic standards and easy cleaning
  • Outstanding performance in high-end applications
  • Biopharmaceuticals (liposomes, mRNA delivery systems)
  • Chemical processing (nano suspensions, dispersions)
  • Advanced materials (graphene, nanomaterials)
  • Cosmetics (nano encapsulation, skincare formulations)
  • New Energy (solid-state electrolytes, nano-nickel powder)
  • Food & Beverage (nano emulsions, functional ingredients)

Industry-leading technology achieves 600 MPa ultra-high pressure + 150°C high temperature (vs. 140°C industry average). Equipped with proprietary high-pressure technology and a precise pressure-temperature coordination system for uniform and accurate control.

From laboratory-scale systems to industrial production models, JUNJIE WIP equipment covers the full range of capacity requirements, supporting applications from R&D and pilot production to GWh-scale mass production. It is suitable for advanced ceramics, powder metallurgy, electronic ceramics, new energy materials, and solid-state batteries, enabling efficient powder densification, internal defect elimination, enhanced interface bonding, and improved material performance.

We are more than an equipment supplier—we are a strategic partner. We actively support our clients’ R&D processes with full lifecycle services, working alongside them to solve technical challenges and drive product performance and industrialization breakthroughs.