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Hot Air Blower

Hot Air Blower

₹ 65,000.00 (* Price depends on Variant and features and subjected to change based on requirements)
  • Model Number:
     
  • HAB100
  • Make:
     
  • India
  • User Ratings:
     
  • 4.4 (in 120 reviews)
Cleantek Industrial hot air blowers play a vital role in enhancing efficiency and productivity across diverse industrial sectors, offering reliable and efficient heat generation for a multitude of app


Cleantek manufacturing Hot air blowers in various airflow and temperature supply models. Hot air blowers designed for industrial applications are powerful tools used to generate and direct hot air for various purposes across a wide range of industries. These blowers are specialized machines built to handle high temperatures and airflow, catering to specific industrial needs like drying, curing, heating, and material processing.

  • DESCRIPTION
  • INFORMATION
  • Product Video
  • Technical Specifications
  • Installation Images
  • CASE STUDY
  • FAQ

Hot Air Blower manufacturers:

 

We are the high quality hot air blower manufacturers in India for drying various kind of  products. Hot air blower also called as Industrial hot air generator due to generating hot air.High temperature air is produced using industrial heater coils and continuously supply hot air as per control setting. We can adjust airflow and temperature as per your requirements.Please contact us for more technical specifications.Cleantek hot air blowers are used in Curing, Melting, Shrinking, Drying, Warming, Sterilization applications in various industries.Cleantek manufacturing hot air blower for drying and debris blow off applications in food packaging industries. Hot air blowers are extensively used in various industrial applications for tasks such as drying, heating, and cooling.

 

Hot air blower manufacturers

 

Industrial applications of hot air blowers :

 

Drying Processes: Hot air blowers are used in industries such as food processing, paper manufacturing, textile production, and pharmaceuticals to dry products or materials quickly and efficiently. For example, in food processing, hot air blowers are used to dry fruits, vegetables, and other food products after washing.

 

Heat Shrink Packaging: In manufacturing and packaging industries, hot air blowers are used to shrink-wrap packaging materials like plastic films around products by applying heat to the material, causing it to shrink tightly around the product.

 

Paint Drying and Curing: Automotive and other manufacturing industries use hot air blowers to dry and cure paint coatings on various products. The controlled application of heat helps to accelerate the drying and curing process, increasing productivity.

 

Plastic Welding and Forming: Hot air blowers are used in plastic welding processes to heat and melt plastic materials, enabling them to be joined together. They are also used in plastic forming processes such as thermoforming, where heated plastic sheets are molded into desired shapes.

 

HVAC Systems: In heating, ventilation, and air conditioning (HVAC) systems, hot air blowers are used to distribute heated air throughout buildings or industrial facilities. They help to maintain comfortable indoor temperatures in cold climates and can also be used for industrial drying applications within HVAC systems.

 

Industrial Ovens and Dryers: Hot air blowers are integral components of industrial ovens and dryers used in various manufacturing processes. These ovens and dryers are used for baking, curing, annealing, and other heat treatment processes across industries like automotive, aerospace, and electronics manufacturing.

 

Waste Management: Hot air blowers are employed in waste management processes such as composting and waste drying. They help to accelerate the decomposition of organic matter in composting facilities and reduce the moisture content of waste materials for more efficient disposal or recycling.


 

Features

  • Continuous Duty & Industrial heater attached version to run continuously
  • Optional Use of high-quality, corrosion-resistant and easily cleanable stainless steel for the working chamber and housing.
  • Portable design to move easily in shop floor
  • Can Generate Temperature upto 250 Degree Celsius
  • Hot air blower attached with high temperature hose to handle the heat air.
  • Heavy duty heat insulation design to avoid heat loss
  • Continous supply of uniform high temperature air
  • Optional inlet air filtration unit
  • Energy Efficiency attached IE2 /IE3 induction motor
  • Adjustable heat (Temperature) output and adjustable air volume.
  • Digital displayed control for air volume and heat output.
  • Integrated temperature probe to maintain the temperature
  • Digital temperature readout display

Benefits

  • Variable Temperature Control
  • Time Efficiency
  • Energy efficiency
  • Smart controls
  • Precision and Consistency
  • Robust construction
  • Easy maintenance

Hot air Blower Working Principle:

 

Air Blower is suck the atmospheric air and push into the air tight Enclosed Heating Coil Unit. This Heating Coil unit have one air inlet and one outlet port. Heating coil unit enclosed with thermal insulation pack to avoid the heat transfer. Depends upon the heating coil temperature will increase. This heating coil connected with control panel to supply the Electric current Power. Here heating element convert electrical energy into Thermal energy. Air blower take this heat and come out threw the Outlet port.
 

Industrial cleantek hot air blowers are commonly used in a wide range of applications, including drying, curing, and melting processes in industries such as manufacturing, automotive, food processing, and construction.we are the good quality hot air blower manufacturers. We produce heat air blower,industrial hot air blowers, hot air fan blower etc...

 

Features:

 

High Temperature Capability:

 

  • Feature: Generates temperatures up to 160 degrees Celsius.
  • Benefit: Ideal for drying raw polymer materials, ensuring effective and rapid moisture removal.

 

Consistent Airflow:

 

  • Feature: Provides a steady and controlled stream of hot air.
  • Benefit: Ensures uniform drying and heating, preventing hot spots and inconsistencies.

 

Energy Efficient Design:

 

  • Feature: Engineered for optimal power usage.
  • Benefit: Reduces energy consumption, lowering operational costs and environmental impact.

 

Durable Construction:

 

  • Feature: Built with robust materials to withstand continuous 24/7 operation.
  • Benefit: Ensures longevity and reliable performance in demanding industrial environments.

 

Compact Size:

 

  • Feature: Space-saving design.
  • Benefit: Fits easily into existing setups without requiring significant modifications or space.

 

Integrated Control System:

 

  • Feature: Equipped with an easy-to-use control panel for temperature and airflow regulation.
  • Benefit: Allows precise control over drying parameters, enhancing process efficiency.

 

Low Maintenance:

 

  • Feature: Designed for minimal maintenance requirements.
  • Benefit: Reduces downtime and maintenance costs, improving overall productivity.

 

Safety Features:

 

  • Feature: Includes safety mechanisms to prevent overheating and ensure safe operation.
  • Benefit: Protects both the equipment and operators, enhancing workplace safety.

 

Benefits:

 

Faster Drying Times:

 

  • Benefit: High temperature and consistent airflow significantly reduce drying times, increasing production capacity.

 

Improved Product Quality:

 

  • Benefit: Uniform drying ensures better material quality, enhancing the performance and appearance of the final product.

 

Operational Cost Savings:

 

  • Benefit: Energy-efficient design and reduced maintenance requirements lead to substantial cost savings over time.

 

Increased Efficiency:

 

  • Benefit: Reliable and consistent operation enables continuous production, minimizing downtime and maximizing output.

 

Space Efficiency:

 

  • Benefit: Compact design allows for easy integration into existing processes without taking up excessive space.

 

Enhanced Process Control:

 

  • Benefit: Integrated control system provides precise regulation of drying conditions, optimizing the process for different materials and requirements.

 

Worker Safety:

 

  • Benefit: Built-in safety features protect workers from potential hazards, creating a safer work environment.

 

Environmental Compliance:

 

  • Benefit: Energy-efficient operation and effective moisture removal contribute to environmental sustainability and compliance with regulations.

 

Cleantek's Hot Air Blower System is specifically designed to address the challenges of drying raw polymer materials in industrial settings. With its high-temperature capability, consistent airflow, and energy-efficient design, it ensures rapid and uniform drying. The system's durable construction, integrated control panel, and safety features make it a reliable and efficient solution for improving product quality, increasing production capacity, and reducing operational costs. These features and benefits reflect Cleantek's commitment to providing innovative and effective industrial solutions.
 

SN

Parameters

HACB500

1

Airflow capacity

6000 CMH

2

Motor Power

5 Hp

3

Heater

10 - 20 Kw`

4

Temperature output

90 degree celcius

5

Temperature controller

Yes With sensor

6

Portable

Yes

7

Voltage Input

415 V / 50 Hz

Hot Air Blower Solution for Raw material Moisture Removal:

 

Client: Leading Packing Plastic Cover Manufacturer:

 

Industry: Packaging Industry for Hot air Blower Applications:

 

Problem:
During the rainy season, the client faced significant challenges in drying raw polymer materials. The high moisture content in the air caused delays in the drying process, leading to increased time consumption and elevated expenses. This inefficiency impacted production schedules and raised operational costs.

Hot air blower for moisture removal

Objectives:

  1. Reduce drying time for raw polymer materials.
  2. Decrease operational costs associated with extended drying periods.
  3. Improve overall production efficiency.

 

Solution:


Cleantek designed and implemented a hot air blower system specifically tailored for the client's needs. The system featured the following key components:

 

  • Hot Air Blower: Designed to generate and maintain a consistent temperature of 160 degrees Celsius.
  • Moisture Removal: Effectively dried raw polymer materials during the mixing process, reducing moisture content to optimal levels.
  • Capacity: Capable of processing 250 kg of raw material per cycle.
  • Continuous Operation: Designed for 24/7 use to meet the client’s production demands.

 

Implementation:


The hot air blower system was installed and integrated seamlessly into the client's existing production line. Our team provided training and support to ensure the client could operate the system efficiently and maintain its performance.

 

Results:

  • Reduced Drying Time: The hot air blower significantly decreased the drying time for raw polymer materials, streamlining the production process.
  • Cost Savings: The efficient drying process resulted in considerable power and time savings, reducing overall operational costs.
  • Enhanced Productivity: The client experienced a marked improvement in production efficiency, with the ability to maintain consistent output even during the rainy season.
  • Continuous Operation: The system's robust design allowed for reliable 24/7 operation, meeting the client's production requirements without interruption.

 

Client Testimonial:


"Cleantek's hot air blower has been a game-changer for us, especially during the rainy season. The system efficiently dries our raw polymer materials, saving us a significant amount of time and reducing our operational costs. We can now maintain consistent production without the delays we previously faced. The performance and reliability of Cleantek's solution have exceeded our expectations."

 

Conclusion:
Cleantek hot air blower solution effectively addressed the client’s moisture-related drying challenges, leading to significant time and cost savings. This case study demonstrates Cleantek’s capability to deliver customized solutions that enhance productivity and operational efficiency in industrial applications.

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