Indirect drying drums for solvent-based products
Optimize energy use and safety with our indirect drying drums, ideal for solvent-based products that require precise moisture control and minimized oxidation risk.
Efficiently Dries Solvent-Containing Materials
The Indirect Drying Drums from Allgaier Process Technology utilize a convective drying technique, making them indispensable for industries needing precise solvent control. This equipment features an innovative heating mechanism where the material is dried indirectly via contact with a heated apparatus wall, ideal for fine powders and granules like zeolite and titanium dioxide. Designed to minimize oxygen exposure, these drums enhance safety in drying solvent-rich materials, reducing oxidation risks. They efficiently dry materials, contributing to lower investment costs due to minimal need for exhaust air filtration, while conserving energy by using preheated exhaust air from the cooler. Suitable for continuous operations, they integrate seamlessly into production lines across industries such as chemicals, pharmaceuticals, and food processing. Additionally, their robust construction ensures long-lasting performance, with options for further customization to meet specific material and operational requirements.
Benefits
- Enhances energy efficiency by utilizing preheated exhaust air, reducing fuel consumption.
- Minimizes oxidation and safety risks with a reduced oxygen atmosphere suitable for solvent-based materials.
- Lowers operational costs with minimal exhaust air filtration requirements.
- Supports continuous production with robust, durable design.
- Integrates seamlessly into existing lines for diverse industry applications.
- Applications
- Chemicals,Ceramics,Metal powders,Titanium dioxide,Biofuels,Silicate powder,Foodstuffs,Zeolite,Gypsum,Plastics,Minerals,Fodder,Pharmaceuticals
- End products
- Laundry detergent additives,Polyethylene granules,White pigments for paint,Metal injection molding components,Glazed pottery,Plaster of paris,Ceramic tiles,Dried spices,Animal feed pellets,Industrial adhesives,Wood pellets,Talcum powder,Pharmaceutical excipients
- Steps before
- Grinding,Screening,Preheating
- Steps after
- Cooling,Packing,Bulk Material Storage
- Input ingredients
- solvent-based products,non-adherent materials,easy-flowing materials,fine-grained bulk materials,zeolite,gypsum,silicate powder,titanium dioxide
- Output ingredients
- dried solvent-based products,dried non-adherent materials,dried easy-flowing materials,dried fine-grained bulk materials,dried zeolite,dried gypsum,dried silicate powder,dried titanium dioxide
- Market info
- Allgaier Process Technology is known for manufacturing advanced screening, drying, cooling, and sorting equipment for various industries, specializing in custom-engineered solutions and innovative designs to enhance efficiency and productivity.
- Drying Method
- Indirect Convective Drying
- Heating Type
- Hot Apparatus Wall
- Heat Transfer Efficiency
- High
- Atmosphere Type
- Reduced Oxygen
- Material Suitability
- Non-adherent,Easy-flowing,Fine-grained
- Bulk Materials Compatibility
- Zeolite,Gypsum,Silicate Powder,Titanium Dioxide
- Primary Energy Savings
- Significant
- Process Air Volume
- Low
- Exhaust Air Treatment
- No Filter Systems Necessary
- Working mechanism
- Indirect drying using heated apparatus wall
- Automation level
- Manual / PLC
- Safety feature
- Reduced oxygen atmosphere
- Energy efficiency
- Significant energy savings using preheated exhaust air
- Batch vs. continuous operation
- Continuous
- Drying integration
- Convective drying with hot air
- Cleaning method
- Manual
- Abrasion resistance
- Non-adherent bulk materials
- Density/particle size
- Fine-grained bulk materials
- Machine footprint
- Compact design
- Drum shape
- Cylindrical
- Material movement method
- Side of separating apparatus wall
- Heating method
- Indirect,through apparatus wall
- Discharge method
- Hot air convective technique
- Oxygen Environment Control
- Reduced oxygen atmosphere
- Exhaust Air Utilization
- Preheated,dust-free,and dry cooler exhaust air
- Design Type
- Indirect Drying
- Material Suitability
- Non-adherent,easy-flowing,fine-grained bulk materials
- Energy Source
- Hot air as a convective drying technique