Hot New Products Ultrasonic Nanoparticles Dispersion Machine - ultrasonic paper pulp dispersion machine – JH
Hot New Products Ultrasonic Nanoparticles Dispersion Machine - ultrasonic paper pulp dispersion machine – JH Detail:
The main application of ultrasonic dispersion in the paper industry is to disperse and refine various components of the paper pulp.The force of 20,000 times per second generated by ultrasonic vibration can reduce the size of various components of pulp.
The size reduction increases the contact area between the particles and the contact is closer, which can significantly increase the toughness of the paper,more likely to be bleached and prevent watermarks and breakage.
SPECIFICATIONS:
ADVANTAGES:
*High efficiency, large output, can be used 24hours per day.
*Installation and operation are very simple.
*The equipment is always in self-protection state.
*CE certificate
Product detail pictures:
Related Product Guide:
Our concentrate on should be to consolidate and enhance the quality and service of present products, meanwhile consistently produce new products to meet unique customers' demands for Hot New Products Ultrasonic Nanoparticles Dispersion Machine - ultrasonic paper pulp dispersion machine – JH , The product will supply to all over the world, such as: Lesotho, Cape Town, London, By integrating manufacturing with foreign trade sectors, we can present total customer solutions by guaranteeing the delivery of right merchandise to the right place at the right time, which is supported by our abundant experiences, powerful production capability, consistent quality, diversified products and the control of the industry trend as well as our maturity before and after sales services. We'd like to share our ideas with you and welcome your comments and questions.
By Odelia from Jamaica - 2018.09.08 17:09
This is the first business after our company establish, products and services are very satisfying, we have a good start, we hope to cooperate continuous in the future!
By John from Belize - 2018.09.08 17:09
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