2022 Latest Design Coal Screening Process - Polyurethane Tensioned Screen Panel – Fangyuan
2022 Latest Design Coal Screening Process - Polyurethane Tensioned Screen Panel – Fangyuan Detail:
Advantage
Application
The polyurethane tensioned screen panels are widely used in metallurgy, mining, coal, building materials, water conservancy, road building and other industries.
Advantage
Polyurethane Tension Screen Panels have long service life and large bearing capacity. Because polyurethane screen itself has very high elastic modulus, high strength, impact absorption and high wear resistance, it has high tensile strength. Its bearing capacity is more than 2.5 times that of rubber screen panels, so its service life is 8-10 times higher than that of metal screen mesh. The screen surface has self-cleaning performance, no hole plugging and high screening efficiency. Due to its strong water permeability and large cone angle of screen hole, polyurethane can effectively prevent the adhesion of wet fine particles, so it is suitable for the screening and classification of wet fine particles.
Product detail pictures:
Related Product Guide:
We have our own product sales staff, style crew, technical group, QC staff and package staff. We now have strict high quality management procedures for each approach. Also, all of our workers are experienced in printing subject for 2022 Latest Design Coal Screening Process - Polyurethane Tensioned Screen Panel – Fangyuan , The product will supply to all over the world, such as: Malaysia, Florence, Jersey, we have all day online sales to make sure the pre-sale and after-sale service in time. With all these supports, we can serve every customer with quality product and timely shipping with highly responsibility. Being a young growing company, we might not the best, but we are trying our best to be your good partner.
By Vanessa from Durban - 2018.10.09 19:07
The product classification is very detailed that can be very accurate to meet our demand, a professional wholesaler.
By Jack from Brisbane - 2017.07.07 13:00
