Please reply us the following items:

● What the product like you would produce, size, shape, etc.

● Raw material

● The production capacity, how much kilogram per hour or per day

● Power supply, such as Voltage, Hz, and Phase

Our technical engineer would suggest the proper model with necssary information for your reference. And the production line with workshop projection design could also be supplied as per your inquiry.

● We support SAMPLE testing in machine

● Every set of machine would be strictly inspected before shipment to ensure the quality.

● TEST RUNNING with material could be supported according to your inquiry.

● There would be quality certificate along with machine.

● Wear and tear parts would be shipped with machine.

● Real-time checking on line for machine manufacturing would be supplied if you like.

● Spot checking would be welcome if you come to our workshop

We supply operation training for workers, and spot installation would be supplied for production line and workshop design.

Regular inquiry in the email would be supplied for machine running and usual maintenance.

The chocolate coating pan machine is mainly used for coating chocolate, coconut butter on candies, nuts, popcorn, coffee beans, dried fruits, peanuts,  hazelnuts, and other dried fruits that need to be coated with flavorous chocolate.

Telang focuses on manufacturing of chocolate panning machines and provides snack food manufacturers with investing-worthy machines. The coating panning machine is ideal for chocolate coating. 

The Chocolate Coating Machine System normally consists of :
1. Coating panning machine with automatic control system to modify bowl rotation speed.
2. Automatic discharging to unload final products or set the correct angle to coat.
3. Cold or warm air blowing system with automatic temperature setting and possible air pipes movements.
4. Automatic chocolate spray system with heat preservation tank and possibility to modify the spray intensity.
5. Dedusting system as per environmental rules.

    

 

Selecting the appropriate fluid bed dryer for your specific requirements is a critical decision that can impact your production efficiency and product quality. To make an informed choice, consider the following factors:

1. Material Properties: Understand the characteristics of the material you need to dry. Consider factors such as particle size, density, moisture content, and thermal sensitivity. Different materials may require specific drying parameters to achieve optimal results.

2. Drying Capacity: Determine the amount of material you need to process per batch or per hour. Choose a fluid bed dryer that can handle your desired production capacity without compromising drying efficiency.

3. Moisture Content: Define the target moisture level you want to achieve in the dried product. This will help you select a fluid bed dryer that can provide precise control over the drying process to meet your requirements.

4. Type of Fluid Bed Dryer: There are various types of fluid bed dryers available, such as batch dryers and continuous dryers. Consider your production needs and frequency of material changes. Batch dryers are suitable for small-scale operations and frequent product changes, while continuous dryers are ideal for continuous, large-scale production.

5. Drying Uniformity: Look for a fluid bed dryer that ensures uniform drying across all particles. This helps prevent over-drying or under-drying of specific particles, leading to consistent product quality.

6. Energy Efficiency: Opt for a fluid bed dryer with energy-efficient features. Features like optimized air distribution and heat transfer can help minimize energy consumption while maintaining effective drying.

7. Customization Options: Depending on your industry and application, you might need specific customization options. Check if the manufacturer offers options for adjusting parameters such as air velocity, temperature control, and drying time.

8. Automation and Control: Modern fluid bed dryers often come with advanced automation and control systems. These systems allow for precise control over drying parameters, remote monitoring, and data logging. Choose a dryer with automation features that align with your production needs.

9. Maintenance and Cleaning: Consider the ease of maintenance and cleaning. Accessible design and removable parts can simplify maintenance tasks and reduce downtime.

10. Safety Features: Safety should be a top priority. Look for fluid bed dryers that come with safety interlocks, grounding mechanisms, and proper ventilation systems to ensure the well-being of operators and prevent accidents.

11. Budget: Of course, your budget is a significant factor. While it's important to make cost-effective choices, prioritize quality and performance over price to avoid future operational issues.

12. Manufacturer Reputation: Research the manufacturer's reputation and customer reviews. A reliable manufacturer with a history of producing quality equipment is more likely to provide you with a durable and efficient fluid bed dryer.

By carefully evaluating these factors and considering your specific production needs, you can choose a fluid bed dryer that aligns with your requirements and helps you achieve consistent and efficient drying results.

Operating fluid bed dryers involves working with heat, airflows, and potentially combustible materials. Ensuring the safety of personnel and preventing accidents is of paramount importance. Here are essential safety measures to implement when using fluid 1. bed dryers:

a. Training and Knowledge:

b. Provide comprehensive training to all personnel operating the fluid bed dryer.

c. Ensure operators are familiar with the dryer's controls, emergency shutdown procedures, and safety features.

2. Proper Ventilation:

a. Ensure the drying area is well-ventilated to prevent the buildup of potentially harmful fumes or dust.

b. Use exhaust systems to remove airborne particles and maintain a safe working environment.

3. Grounding and Static Electricity:

a. Ground the dryer and other equipment to prevent the buildup of static electricity, which can lead to explosions in certain conditions.

4. Fire Prevention:

a. Keep flammable materials away from the drying area.

b. Install fire detection and suppression systems in proximity to the dryer.

5. Personal Protective Equipment (PPE):

a. Require operators to wear appropriate PPE, including heat-resistant gloves, safety goggles, and protective clothing.

b.Use respirators or masks if there's a risk of inhaling harmful particles.

6. Emergency Shutdown Procedures:

a. Ensure all operators know how to quickly and safely shut down the dryer in case of an emergency.

b. Display emergency shutdown instructions prominently near the equipment.

7. Maintenance and Inspection:

a. Establish a regular maintenance schedule and conduct inspections to identify potential issues before they become safety hazards.

b. Inspect electrical connections, seals, filters, and other critical components.

8. Dust Control:

a. Implement effective dust control measures to prevent dust explosions.

b. Install dust collection systems to capture and safely manage airborne particles.

9. Overheating Prevention:

a. Monitor the dryer's temperature during operation to prevent overheating.

b. Set temperature limits and ensure the equipment has proper thermal safety controls.

10.Safety Interlocks:

a. Install safety interlock systems that automatically shut down the dryer if certain conditions are not met.

b. For example, interlocks can prevent operation if access doors are open or if airflow is insufficient.

11. Operator Supervision:

a. Assign responsible personnel to monitor the dryer during operation.

b. Ensure operators are attentive and ready to respond to any anomalies.

12. Emergency Response Plans:

a. Develop and communicate clear emergency response plans to address potential accidents or incidents.

b. Train personnel on how to handle emergency situations effectively.

13. Chemical Compatibility:

a. Ensure that the materials being dried are compatible with the equipment and do not pose a risk of corrosion or other reactions.

b. Warning Labels and Signage:

a. Clearly label controls, switches, and potential hazards with appropriate warning signs.

b. Provide instructions for safe operation and emergency procedures.

By rigorously implementing these safety measures, you can create a secure working environment when using fluid bed dryers. Prioritizing safety not only protects personnel but also safeguards your equipment and maintains smooth and uninterrupted production processes.

1. Pharmaceutical Industry:

a. Drying of pharmaceutical granules, powders, and tablets.

b. Coating of pharmaceutical particles for controlled release formulations.

c. De-agglomeration of sticky materials to improve flow properties.

2. Food Industry:

a. Drying of grains, cereals, and snack products.

b. Dehydration of fruits and vegetables to extend shelf life.

c. Roasting and toasting of nuts and seeds.

3. Chemical Industry:

a. Drying of chemicals, pigments, and dyestuffs.

b. Removal of solvents from chemical intermediates.

c. Production of catalysts in granular form.

4. Mineral Industry:

a. Drying of mineral powders, such as calcium carbonate and kaolin.

b. Agglomeration of mineral fines to produce granules or pellets.

c. Production of lightweight aggregates.

5. Agrochemicals:

a. Drying of pesticide formulations and agrochemical products.

b. Encapsulation of agricultural chemicals for controlled release.

6. Ceramics and Building Materials:

a. Drying of ceramic powders and clay products.

b. Agglomeration of ceramic materials for improved handling and processing.

7. Textile Industry:

a. Drying of textile fibers and materials.

b. Dye fixation on fabrics through controlled drying.

8. Plastics and Polymers:

a. Drying of plastic pellets and resins before processing.

b. Removal of moisture from polymer compounds to enhance product quality.

9. Mining and Metallurgy:

a. Drying of metal powders for metallurgical applications.

b. Removal of moisture from ore concentrates and minerals.

10. Detergent Manufacturing:

a. Drying of detergent granules and powders.

b. Agglomeration of detergent ingredients for uniform composition.

11. Environmental Applications:

a. Drying of sewage sludge for disposal or reuse.

b. Removal of moisture from waste materials before incineration.

12. Nutraceuticals and Supplements:

a. Drying of herbal extracts and natural supplements.

b. Production of powdered nutritional additives.

13. Industrial Chemicals:

a. Drying of industrial chemicals and intermediates.

b. Preparation of chemical additives in granular form.

14. Catalyst Manufacturing:

a. Drying of catalyst materials for various chemical processes.

b. Agglomeration of catalyst particles for improved reactivity.

15. Biochemical Industry:

a. Drying of bio-based materials, such as enzymes and probiotics.

b. Production of bioactive compounds in powdered form.

These applications represent just a fraction of the diverse uses of fluid bed dryers across industries. The adaptability and efficiency of fluid bed drying technology continue to drive innovation and improvements in various manufacturing processes.