Professional Automatic Glass Lubricant Spray Liquid Painting Line and Machinery for Forging Forging Industry Machinery

Automatic Glass Lubricant Coating Line for Titanium Alloy and High-Temperature Forgings

Advanced Protective Coating System for Forging Applications

This customized automatic glass lubricant spraying line is designed for applying protective glass-based coatings onto titanium alloy forgings and other high-temperature metal components before forging operations.

The glass lubricant layer plays a critical role during high-temperature forming by reducing oxidation, minimizing friction between the workpiece and forging die, and improving surface quality after forging. The automated coating system ensures uniform lubricant distribution, stable coating thickness, and reliable production performance for demanding forging applications.

The line is engineered for industrial forging environments and can be configured for different production capacities, workpiece sizes, and process requirements.

Applicable Workpiece Materials

The system is suitable for various high-temperature forging materials, including:

• Titanium and titanium alloy forgings

• Nickel-based superalloy components

• Heat-resistant alloy parts

• High-strength steel forgings

• Structural metal forgings

• Other special alloy components requiring protective glass lubrication

The flexible design allows processing of components with different geometries, weights, and surface conditions.

Advanced Spraying Process Configuration

To achieve complete and consistent coating coverage, the production line combines automatic spraying with manual supplementary coating.

Automatic Glass Lubricant Spraying

The automatic spraying system utilizes precision spray equipment to apply glass lubricant evenly across the workpiece surface.

Advantages include:

• Stable coating thickness

• Repeatable spraying quality

• Reduced material consumption

• Improved production efficiency

• Consistent surface protection during forging

The spraying parameters can be adjusted according to different lubricant types and workpiece requirements.

Manual Supplementary Spraying

For forgings with complex structures, deep cavities, sharp corners, or difficult-to-reach areas, manual spray stations provide additional coating capability.

Operators can perform:

• Local coating reinforcement

• Coverage adjustment

• Surface quality correction

This hybrid spraying method ensures complete protection of the entire workpiece while maintaining efficient automated production.

Heavy-Duty Material Handling System

The production line adopts a robust conveyor system specially designed for large and heavy forging components.

Conveyor Features

• Maximum carrier load capacity up to 2 tons

• Stable transportation of heavy workpieces

• Accurate positioning during coating operations

• Smooth accumulation and transfer between stations

• Reduced manual handling requirements

The conveyor design ensures reliable movement of forgings throughout the coating process while maintaining consistent spraying conditions.

Typical Production Process

Manual Loading
↓
Automatic Glass Lubricant Spraying
↓
Manual Touch-Up Spraying (Optional)
↓
Inspection & Coating Adjustment
↓
Accumulation / Buffering
↓
Manual Unloading or Transfer to Forging Process

Key Benefits

Uniform Protective Coating

The automated spraying system provides consistent glass lubricant coverage, improving forging stability and reducing surface defects.

Improved Die Protection

The glass lubricant layer reduces friction between the forging and die surface, helping extend tooling life and improve forming performance.

Enhanced Oxidation Resistance

The protective coating reduces oxidation during high-temperature heating and forging operations, improving final product quality.

Flexible Production Capability

The combination of automatic spraying and manual adjustment allows the system to handle both standard and complex forged components.

Heavy-Duty Industrial Design

The conveyor and equipment structure are designed for demanding forging environments with high loads and continuous operation requirements.

Customized Glass Lubricant Coating Solutions

Each coating system is engineered according to specific customer requirements, including:

• Workpiece dimensions and weight

• Production capacity

• Glass lubricant characteristics

• Spraying method requirements

• Factory layout conditions

• Automation level

We provide complete customized solutions covering engineering design, equipment manufacturing, installation support, commissioning, and technical assistance.

Contact us for a tailored glass lubricant spraying line proposal designed for your titanium alloy and high-temperature forging applications.