Product basic description:

CW series thermal dust recovery device (hereinafter referred to as CW recovery device) is a  device developed by our company for energy saving and emission reduction. This product is  designed against the exhaust emissions and dust problems present in plastic dryers, which realizes  the purpose of exhaust heat recovery and dust collection and purification of plastic dryers. It falls  within the scientific and technological innovation products in the field of environmental protection.

I. Product features

Efficient thermal energy recovery: Thanks to the adoption of advanced heat exchange technology,  the CW recovery device is able to effectively recover the heat generated by plastic and maximize the  efficiency of energy use. Precision air filtration: The product is equipped with an advanced air filtration system, allowing it  to efficiently capture dust and particles to ensure that the exhaust air is clean and in line with  environmental standards. Modular design: The CW recovery device adopts the modular design to facilitate installation,  maintenance and upgrading. Users can customize the configurations as per their practical demand. Low noise design: It is employed with the advanced sound insulation technology to ensure that  the noise generated during the operation of the system is minimized, thereby improving the comfort of  the working environment.

II. Technical specifications

Energy recovery efficiency: ≥90% Dust capture efficiency: ≥100% Temperature control range: 0℃-180℃ Noise level: ≤35dB

III. Application fields

CW recovery device is widely used in plastic production, injection molding, extrusion molding and  other industries, representing an ideal choice to improve production efficiency, enable energy  conservation and emission reduction, and enhance the working environment.

IV. Installation and maintenance

Please read the installation manual carefully before installation to ensure that all safety regulations  are followed during installation. Check the air filter system on a regular basis and replace the filter as needed. Clean the heat exchanger regularly to ensure the optimal heat recovery effect. In case of any fault, please contact our after-sales service personnel immediately. Do not carry out  maintenance without permission.

V. Warranty and services

We offer an one-year free warranty service and  life-long technical support for all CW recovery devices we sold. For more services, please contact our  after-sales service department. National after-sales toll-free service hotline:  4000110980 Using the CW series thermal dust recovery  device we produce will allow you to realize efficient  thermal energy recovery and contribute your share  to the environmental cause. Thank you for choosing  our products, let’s put our joint efforts in sustainable  development and green production.

Workshop Environment

Electricity Comparison Table

The above data is measured when the set temperature is 120°C and the indoor temperature is  20°C. Taking 100 units of 100Kg dryers as an example, if each of them is put into 24-hour operation for  26 days per month, and the data obtained after the transformation is as follows:

Power saved per hour: 2.2 KWh 

Power saved per day: 24 hours*2.2 KWh =52.8 KWh 

Power saved per year: 52.8 KWh*12 months =16,473.6 KWh 

Power saved by 100 dryers per year: 16,473.6 KWh*100 units=1,647,360 KWh

From the results shown above, we can calculate the power costs saved by taking

100 dryers as an example: 1,647,360*0.9=RMB 1,482,624

Maintenance Instructions

The thermal dust recovery device should be maintained and  cleaned once after it is in service for about 10 days. 1: Loosen the screw with a 5mm hex wrench at the front  end of the fresh air outlet to take down the hoop and  remove the front cover. Take out the built-in filter  element and back wash with an air pump gun head  from inside to outside to remove the floating dust left on  the surface and gap of the filter element. After cleaning  them up, install the cover plate and tighten the hoop. 2: Unscrew the plastic plug below the recovery device to  empty the deposited dust and oil, after which, screw on  the pipe thread again for sealing purpose.