Coating systems: Preserving, finishing, drying

Preservation line (pre-fabrication)

Configuration and models:

• Air blower station to remove contaminants and water residue
• Preheating station
• Painting unit with airless spray guns
• Paint supply, paint supply room
• Drying system
• Dry filter booth
• Manual or automatic loading and unloading, or integration in existing transport systems
• Chain or roller conveyors
• Fire extinguishing system
  

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Top coating (post-fabrication)

Configuration and models:

• Preheating station
• Painting unit with airless spray guns
• Paint supply, paint supply room
• Drying system
• Dry filter booth
• Manual or automatic loading and unloading, or integration in existing transport systems
• Chain conveyors
• Connection with upstream blasting system for material pretreatment
  
• Fire extinguishing system
  

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Gallery:

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Outer coating of pipes

 
Outer coating systems for pipes are available for individual pipe systems or for pipe batches.

Configuration and models:

• Air blower station to remove contaminants and water residue
• Preheating station
• Separator for overspray for reuse: Depends on the paint used
• Paint supply, paint supply room
• Drying system
• Manual or automatic loading and unloading, or integration in existing transport systems
• Connection with upstream or downstream system parts
• Fire extinguishing system
  

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Inner coating of pipes

 
Inner coating systems for pipes are available for individual pipe systems or for pipe batches.

Configuration and models:

• Air blower station to remove contaminants and water residue
• Preheating station
• Separator for overspray for reuse: Depends on the paint used
• Paint supply, paint supply room
• Drying system
• Manual or automatic loading and unloading, or integration in existing transport systems
• Connection with upstream or downstream system parts
• Fire extinguishing system
  

Technical data:

PB1 test sheet coating machine

 
Our laboratory applications assist you with quality assurance and the development of new painting and coating procedures. The PB1 test sheet coating machine is used for the programmable and reproducible coating of test panels made of metal, plastic, wood, and glass.

The test sheet coating system is designed for installation in front of a filter/spray wall. The test sheet coating system is moveable on rollers at the place of installation. The place of installation must comply with EN 12215 and national health and safety regulations in the country of operation.

Test sheet coating machines are supplied with bespoke configurations and equipment variants. The test sheet coating system complies with the ATEX guideline (Ex II 3G T4).

Equipment variants:

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PB2 test panel coating machines

 
The test sheet coating system is designed for installation in front of a filter/spray wall. The test sheet coating system is moveable on rollers at the place of installation. The place of installation must comply with EN 12215 and national health and safety regulations in the country of operation.

Test sheet coating machines are supplied with bespoke configurations and equipment variants. The test sheet coating system complies with the ATEX guideline (Ex II 3G T4).

High-end

The PB2 test sheet coating system is operated via a touchscreen. The test data is organized in projects and can be distributed across several test sheet coating systems via a USB stick. It is therefore possible to exchange reproducible results independent of location.

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Test plate coating system PB3

The test plate coating system is designed for installation in front of a filter/spray wall. The test plate coating system can be moved on rollers at the place of installation. The place of installation must fulfil the requirements of EN 16985, and the national health and safety regulations in the country of operation.
Test plate coating systems are supplied in bespoke configurations and equipment variants. The test plate coating system complies with the ATEX guideline (Ex II 3G T4).

High-end

The test plate coating system PB3 is operated via a touchscreen. The testing tasks are organized into projects, and can be distributed across several test plate coating systems via a USB stick. This makes it possible to exchange reproducible results independently of the location.

Equipment variants:

Technical data:

Coating systems for small parts

 
Metal, plastic or wooden series parts are coated using coating systems for small parts.

The material is pre-assembled on goods carriers. Goods can be loaded and unloaded from the goods carrier system manually, semi-automatically or automatically, e.g. using a robot.

The material is processed automatically in the coating system: e.g. cleaned with ionized air, painted, dried and cooled.

Cost-effective airless spray guns with atomized spray or electrostatic processes are used to apply the paint. The parts are coated on all sides in a continuous process. The distance between the spray guns and the part is regulated by geometry. The sprayers are automatically switched on and off to reduce paint consumption, depending on the contour.

Overspray is filtered out with pre-filters and exhaust air filters.

Air routing is designed to keep heat loss and ventilation output to a minimum.

The walls of the spray unit have been coated with anti-adhesive foil, making them easy to clean.

Maintenance work is reduced to basic fittings only.

The design is developed according to the specifications, the shape of the parts, the ambient conditions and the project requirements.

Plastics

 
Spray systems for coating or larger plastic parts are built into existing transport structures or production lines, or fitted as separate lines.

Airless spray guns are used to apply the paint. The parts are coated on all sides in a continuous process. The distance between the spray guns and the part is regulated by geometry. The sprayers are automatically switched on and off to reduce paint consumption, depending on the contour.

Air routing is designed to keep heat loss and ventilation output to a minimum.

All assemblies are designed for quick, easy cleaning and are accessible from the outside.

The walls of the spray unit have been coated with anti-adhesive foil, making them easy to clean. Overspray is collected on foils and is filtered out via the exhaust in the dry filter system.

Maintenance work is reduced to basic fittings only.

The design is developed according to the specifications, the shape of the parts, the ambient conditions and the project requirements.

Industry press:

Mineral wool

 
Spray systems for coating mineral wool panels or mineral wool slats are built into existing transport structures or production lines, or fitted as separate lines.

Airless spray guns are used to apply the paint. The parts are coated on all sides in a continuous process. The distance between the spray guns and the part is regulated by geometry. The sprayers are automatically switched on and off to reduce paint consumption, depending on the contour.

Air routing is designed to keep heat loss and ventilation output to a minimum.

All assemblies are designed for quick, easy cleaning and are accessible from the outside. The walls of the spray unit have been coated with anti-adhesive foil, making them easy to clean. Overspray is collected on foils and is filtered out via the exhaust in the dry filter system.

Maintenance work is reduced to basic fittings only.

The design is developed according to the specifications, the shape of the parts, the ambient conditions and the project requirements.