Powder Coating Systems

Designed for surface modification and process feasibility evaluation of micron-scale powder materials.

System Overview

HTX Powder Coating Systems are designed for surface modification and process feasibility evaluation of micron-scale powder materials, operating under controlled, batch-type processing conditions.

The system focuses on powder participation behavior and process stability during coating, positioning the platform as an upstream engineering step prior to downstream powder-based manufacturing processes rather than final product production.

Design Focus

  • Micron-Scale Powder Surface Modification Capability:
    The system supports surface modification of micron-scale powder materials with an emphasis on stability and engineering controllability.
  • Batch-Oriented Processing Architecture:
    Batch-type operation enables observation of powder behavior, parameter adjustment, and establishment of viable process windows.
  • Powder-Wide Coating Participation Control:
    The system incorporates technical approaches that enable powder materials to achieve a high level of participation in the coating process, ensuring effective engagement across the overall powder population.
  • Upstream Process-Oriented Design:
    The platform is positioned as an engineering preparation stage for powder materials prior to downstream processing, enhancing their usability and consistency in subsequent applications.
  • Integration with Vacuum-Based Processing Platforms:
    Powder coating processes can be configured in conjunction with existing vacuum systems for functional coating and material engineering exploration.

Typical Applications

(Applications listed describe equipment and engineering applicability rather than guaranteed material performance.)

Start a Technical Discussion

We welcome technical discussions regarding powder coating system configurations and process feasibility.

Contact HTX Engineering

If possible, please include the following information in your inquiry:

  • Powder material type and general characteristics
  • Intended application direction
  • Downstream processing form (e.g., forming, formulation, or further processing)
  • Expected batch scale or development stage
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