New Materials Industry

Apr 21, 2026

The new materials industry requires advanced processing systems capable of supporting innovation in material synthesis, modification, and purification. Our equipment is widely used in reaction control, separation, crystallization, and material preparation processes, providing stable and precise conditions for the development of high-performance materials.

Building on this foundation, our integrated portfolio — glass reactors, rectification columns, filtration-crystallization reactors, ultrasonic reactors, molecular distillation，stainless steel reactors, and precision temperature control units.,etc — enables breakthroughs across multiple high-tech material sectors. Below we detail how these systems are applied in practice.

Pharmaceutical Synthesis and Peptide R&D

New drug synthesis and peptide development require inert conditions, reproducible agitation, and often ultrasonic assistance to accelerate reactions or improve yield. Our glass reactors offer full visibility for process monitoring, while ultrasonic reactors provide cavitation-driven mixing at the microliter-to-pilot scale. Integrated filtration-crystallization reactors allow direct isolation and purification of sensitive peptide crystals under closed, aseptic conditions, reducing mechanical stress and preserving bioactivity.

Nanomaterial Preparation and Carbon Nanotube Dispersion

Achieving uniform dispersion of carbon nanotubes and other nanoparticles is a persistent challenge in advanced composites and conductive films. Our ultrasonic reactors create intense, consistent cavitation fields that exfoliate and deagglomerate at high throughput. When combined with our stainless steel reactors and automated temperature control, the process supports continuous or batch production of stable, high-concentration CNT dispersions, a critical step toward reliable nanomaterial scale-up.

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Purification of Semiconductor Electronic-Grade Materials

High-purity precursors and solvents are essential for semiconductor manufacturing. Our rectification columns (distillation reactors) with structured packing achieve ultra-high separation efficiency, reducing metallic and organic impurities to ppb levels. The addition of filtration-crystallization reactors further refines electronic-grade monomers and salts, providing the purity and batch consistency required for deposition processes and wafer-level applications.

Integrated Solid-State Electrolyte Synthesis

Solid-state electrolyte development involves multi-step synthesis, moisture-sensitive handling, and precise thermal profile control. Our stainless steel reactors, interfaced with glovebox-compatible ports and temperature control systems, enable one-pot grinding, mixing, and controlled crystallization under inert atmospheres. This integrated approach reduces contamination risk and shortens the development cycle from lab powder to pilot-scale electrolyte sheets.

Through the strategic combination of glass/ultrasonic reaction, rectification, filtration-crystallization, and precision temperature control, our equipment suite delivers the reproducibility, purity, and scalability that today’s new materials innovators require.