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Polyurethane Fine Screen For High - Frequency Vibrating Screen
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Polyurethane Fine Screen For High - Frequency Vibrating Screen
High Opening Rate, High Screening Efficiency
With an opening rate of over 32%, polyurethane fine screens have a large space for materials to pass through per unit area. This enables materials to pass through the screen more smoothly and quickly, improving screening efficiency. In the ore screening process of large mines, they can process more ore in unit time, enhancing the overall processing capacity.
Tapered Hole Design, Anti-Clogging
The tapered hole design of polyurethane fine screens is wide at the top and narrow at the bottom. Materials can slide more smoothly through the screen holes and are not easily accumulated or stuck. In the chemical industry, the straight hole design of traditional screens easily causes material clogging, while the tapered hole design of polyurethane fine screens effectively avoids this problem, ensuring smooth production.
Integral Molding, No Cracks
Using advanced integral molding technology, polyurethane fine screens are formed in one go, avoiding gap problems. During the molding process, fiber reinforcement technology is also used. These fibers are like a sturdy skeleton, enhancing the overall strength of the screen. Even under long-term high-intensity material impact and friction, the screen will not crack.
High Tensile Strength, Long Service Life
The tensile strength of polyurethane fine screens has been significantly improved, allowing them to withstand greater tension without deformation or damage. In the environmental protection industry, they can withstand the long-term soaking of sewage and the friction of solid waste, reducing the frequency of screen replacement.
Wide Application, Multi-Industry Assistance
In the mining field, polyurethane fine screens improve ore dressing efficiency and quality. In the chemical industry, they are used for liquid filtration and separation, ensuring production stability. In the environmental protection industry, they play an important role in sewage treatment and solid waste treatment. In addition, they also play an indispensable role in the food and pharmaceutical industries.
