Zinc Chloride Production

—— Cornerstone of High-Temperature & Precision Materials

Zinc Chloride, a vital chemical with applications ranging from galvanizing and soldering fluxes to battery electrolytes and wood preservation, is produced through highly aggressive processes involving hydrochloric acid and high temperatures. These conditions place extraordinary stress on process equipment, particularly in purification, concentration, and handling stages, where material failure can lead to costly downtime, product contamination, and safety concerns.

How can we help address your challenges?

- Issue:
  
  Severe Corrosion & Equipment Failure
- Issue:
  
  Scaling & Product Contamination
- Solution:
  
  We supply impervious graphite components. Our non-porous graphite resists HCl and chlorides completely, offering unmatched corrosion resistance for heat exchangers, columns, pipes, and tiles—extending service life and cutting maintenance.
- Solution:
  
  Our graphite heat exchangers and evaporators provide non-stick surfaces that minimize scaling. Graphite introduces no metallic ions, ensuring product purity and consistent thermal efficiency.
- Issue:
  
  Rapid temperature changes can crack vulnerable materials, leading to failures and safety risks.
- Issue:
  
  Standard equipment often doesn’t fit unique plant layouts or specific process parameters.
- Solution:
  
  Graphite’s high thermal conductivity and low expansion make it inherently resistant to thermal shock. Our engineered components withstand cycling without cracking, ensuring reliable, safe operation.
- Solution:
  
  We offer custom design and fabrication. Our team designs integrated graphite systems, tailored for your process efficiency and compatibility.

Zinc Chloride Production

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