Glow Tech Polymer

An Industrial Water Chiller is a refrigeration-based cooling system designed to remove heat from process water or chemical baths used in electroplating, anodizing, and other industrial applications. It maintains a stable and controlled temperature, ensuring consistent plating quality, extended bath life, and improved process efficiency.

Key Features:

• Construction: Heavy-duty MS/SS body with anti-corrosive coating.

• Cooling System: Vapor-compression cycle using an efficient compressor, condenser, expansion valve, and evaporator.

• Temperature Range: Typically 5°C to 25°C, adjustable as per process requirements.

• Capacity: Available from 1 TR to 100+ TR (tons of refrigeration), depending on plant size.

• Control System: Digital temperature controller with auto cut-off and safety interlocks.

• Types:

  • Air-Cooled Chiller – Uses ambient air for cooling.

  • Water-Cooled Chiller – Uses cooling tower water for heat rejection.

• Applications: Electroplating baths, chemical tanks, extrusion, injection molding, and industrial process cooling.

Advantages:

• Maintains uniform bath temperature for consistent plating results.

• Prevents solution overheating and decomposition.

• Enhances energy efficiency and process reliability.

• Provides longer life of chemicals and equipment.

• Available in custom sizes to match plant requirements.

A Water Chiller for Electroplating Plant is a specialized cooling system designed to control the temperature of electroplating baths such as zinc, nickel, chrome, and anodizing solutions. Since plating reactions generate heat, maintaining a stable bath temperature is essential for achieving uniform coating thickness, preventing solution breakdown, and ensuring consistent plating quality.

Key Features:

• Construction: Heavy-duty MS/SS powder-coated body with chemical-resistant design.

• Cooling System: Uses a refrigeration cycle (compressor, condenser, evaporator, and expansion valve) to cool process water.

• Temperature Range: Typically 5°C to 25°C, adjustable depending on plating solution.

• Capacity: Available in various cooling capacities (1 TR to 100+ TR) to suit small to large plating plants.

• Types:

  • Air-Cooled Chiller – Compact, easy installation, no cooling tower required.

  • Water-Cooled Chiller – High efficiency, used in larger plants with cooling tower.

• Controls: Digital temperature controller with auto cut-off, overload protection, and safety alarms.

• Applications: Cooling of zinc, nickel, chrome, copper plating baths, anodizing tanks, and rinsing tanks.

Advantages:

• Maintains uniform bath temperature for consistent plating results.

• Prevents solution overheating, evaporation, and decomposition.

• Increases bath life, chemical efficiency, and energy savings.

• Enhances surface finish and plating quality.

• Custom-designed units available for specific tank sizes and loads.

An Electrophoretic Lacquer Chiller is a specialized cooling unit designed to maintain the required temperature of electrophoretic lacquer (e-coating) baths. Since the electrophoretic coating process generates heat during deposition, controlling the bath temperature is essential to ensure uniform lacquer film thickness, smooth surface finish, and high-quality corrosion resistance.

Key Features:

• Construction: Heavy-duty MS/SS powder-coated body with corrosion-resistant design.

• Cooling System: Uses a refrigeration cycle (compressor, condenser, evaporator, expansion valve) to circulate chilled water or glycol solution.

• Temperature Range: Typically 18°C to 25°C, depending on lacquer specifications.

• Capacity: Available from 1 TR to 50+ TR, customized to match bath size and production load.

• Types:

  • Air-Cooled Lacquer Chiller – Compact and easy to install.

  • Water-Cooled Lacquer Chiller – Energy-efficient, suitable for larger plants.

• Controls: Digital temperature controller with auto start/stop, overload protection, and alarms for precise regulation.

• Applications: Specifically used for e-coating / electrophoretic lacquer baths in automotive, hardware, and decorative coating industries.

Advantages:

• Maintains constant bath temperature for uniform lacquer deposition.

• Prevents bath overheating, polymer degradation, and uneven coating.

• Enhances film adhesion, surface finish, and corrosion resistance.

• Improves bath life, energy efficiency, and process consistency.

• Available in custom-built capacities to suit different plant sizes.